Sakura Tissue-Tek Autowrite Operating Manual

Download

Page 1

™

Tissue-Tek® Autowrit

Slide Printer

3/4/2011

Page 2

All Rights The Netherlands

Reserved

Printed in

Manufactured for:

Sakura Finetek U.S.A., Inc., Torrance, CA 90501 U.S.A. Sakura Finetek Japan Co., Ltd., Tokyo, 103-0023, Japan Sakura Finetek Europe B.V., 2408AV Alphen a/d Rijn, NL

Made in Germany

0003371-01C

3/4/2011

Page 3

Revised

TABLE OF CONTENTS

Section

INTRODUCTION

INSTALLATION &

SOFTWARE

OPERATING

ACCESSORIES

CARE OF THE

Safety Instructions.............................................................................................................................................................. 1.1

General Description ........................................................................................................................................................... 1.2

Physical Characteristics ..................................................................................................................................................... 1.3

Description of Accessories............................................................................................................................................... 1.10

Components and Specifications....................................................................................................................................... 1.11

SETUP

General Information ........................................................................................................................................................... 2.1

Unpacking .......................................................................................................................................................................... 2.1

Positioning the Instrument.................................................................................................................................................. 2.5

Installing the Unload Station .............................................................................................................................................. 2.7

Installing the Infrared Absorbing Glass .............................................................................................................................. 2.8

Installing the Curing Lamp ................................................................................................................................................. 2.9

Electrical and Data Connections ...................................................................................................................................... 2.10

Installing the Printer Cartridge.......................................................................................................................................... 2.11

Filling and Loading the Slide Magazines.......................................................................................................................... 2.13

CONFIGURATION

Software Configuration....................................................................................................................................................... 3.1

Printer Driver Settings ........................................................................................................................................................ 3.7

Installing the Sakura Data Management Software ........................................................................................................... 3.11

Performing a Test Print .................................................................................................................................................... 3.14

INSTRUCTIONS

Operating Instructions ........................................................................................................................................................ 4.1

Understanding the Control Panel ....................................................................................................................................... 4.1

Printing Slides .................................................................................................................................................................... 4.6

Refilling Slide Magazines ................................................................................................................................................... 4.7

Operating the Unload Station............................................................................................................................................. 4.8

Standard Accessories ........................................................................................................................................................ 5.1

Optional Accessories ......................................................................................................................................................... 5.2

INSTRUMENT

General Maintenance......................................................................................................................................................... 6.1

Daily Maintenance.............................................................................................................................................................. 6.1

Removal and Replacement................................................................................................................................................ 6.2

Removing and Replacing the Ink Cartridge........................................................................................................................ 6.4

Cleaning the Print Head ..................................................................................................................................................... 6.6

Transportation.................................................................................................................................................................... 6.7

Page

Page 4

Revised 3/04/11

Section

TROUBLESHOOTING

SERVICE AND REPLACEMENT

General Information ........................................................................................................................................................... 7.1

Replacing the Curing Lamp................................................................................................................................................ 7.2

Service Information ............................................................................................................................................................ 8.1

Replacement Accessory Items........................................................................................................................................... 8.1

Optional Accessory Items .................................................................................................................................................. 8.1

Page

TABLE OF CONTENTS

PARTS

Page 5

Revised 3/04/11

1.1

Section 1

INTRODUCTION

Safety Instructions

The Tissue-Tek® AutoWrite™ Slide Printer operating manual includes important instructions and information related to the operating safety and maintenance of the instrument. It is important to read the operating manual carefully prior to the operation of the instrument for the first time and to keep the manual with the instrument at all times.

This instrument has been built and tested with the following safety regulations on electrical measuring control, regulating and laboratory devices:

IEC 61010-1 2 CAN/CSA C22.2 No. 1010.1-92 UL 61010A-1

In order to ensure safe operation, the operator must always comply with the instructions and warnings contained in this operating manual.

NOTE:

accessories may neither be removed nor modified. Only authorized and qualified persons may access and repair the internal components of the instruments.

The safety devices installed in this instrument by the manufacturer only establishes the basis for accident prevention. Primary responsibility for accident-free operation is above all the institution which owns the instrument and, in addition, the designated personnel who operate, services, or repairs the instrument.

ed.

The protective devices on both the instrument and

Safety Precautions

CAUTIONS and NOTES are provided throughout this manual to indicate levels of potential hazards as defined below:

CAUTION

NOTE

Safety Features

The Tissue-Tek AutoWrite Slide Printer is equipped with several safety features, which help keep the operator and the instrument safe from harm.



If the door of the main cover is open, the UV curing lamp will not flash.



If an error code exists, the instrument will not function until slides have been removed from each station and the error code has been removed from the system.



All error messages are accompanied by an audible alarm (the instrument alarm stops after 5 consecutive beeps). To clear the error, press the [ERROR] key.

Indicates a potential hazard in which failure to follow instruction may result in damage to the AutoWrite other property.

Indicates a reminder or other helpful

information.

™

and/or

Page 6

1.2

Revised 3/04/11

INTRODUCTION

General Descri

The Tissue-Tek AutoWrite Slide Printer (Figure 1-A) is a high resolution ink-jet printer designed to print on microscope slides used in pathology and cytology laboratories. The uniquely formulated ink provides easy to read printing that is chemically resistant and smudge- proof. The high resolution (360 dpi) makes it possible to print alpha and numeric characters, as well as barcodes and graphics.

magazines; each magazine holding up to 150 slides. The magazine can be easily loaded with standard 25 x 75 mm painted slides. The printer can batch print 13 slides per minute or individually print at 10 seconds per slide. The control panel controls the printer functions and the print jobs, defined by the control software. The panel also indicates the current printer status and processes in progress. The printer can be used as a stand alone system or as a network integrated system.

The AutoWrite Slide Printer accommodates three slide

ption

Slides are dispensed one at a time from the slide magazines down a central chute and are captured by the print sledge assembly. The print head uses ink jet technology and is driven by a Windows driver, similar to a traditional paper printer. Once printing is complete, the slide is moved to a drying area positioned under a curing lamp. The UV flash generated by the lamp cures the ink into the slide assuring mechanical and chemical resistance to the printed information. The slide is then delivered into the slide bin or the optional unload station.

-based printer

Figure 1-A

Page 7

Revised 3/04/11

1.3

Physical Ch

Slide Magazin e (Figure 1-B)

aracteristics

The three slide magazines are positioned in the magazine receptacles located on the top of the instrument and hold up to 150 slides each. Slides are loaded with the slide writing surface positioned on the left. The slide magazines are designed to accommodate commercially available slides.

Delivery Chute (Figure 1-C)

The delivery chute is responsible for the transport of the slide from the magazine to the transfer point. The slide is pushed from the magazine onto the delivery chute, where it travels to the transfer point and activates a sensor that signals the print sledge.

Transfer Point (Figure 1-D)

The transfer point is the position between the delivery chute and the print sledge. It contains a sensor that is activated by a slide and acts as a holding station until the print sledge becomes available.

Section 1

Figure 1-B

Figure 1-C

Figure 1-D

Page 8

1.4

Revised 3/04/11

INTRODUCTION

Print Sledge (Figure 1-E)

The print sledge retrieves the slide from the transfer point and moves it quickly back and forth under the print head printing directly on the slide. The print sledge th en transports the printed slide to the drying station.

Figure 1-E

Print Head (Figure 1-F)

The print head delivers the ink by way of an ink jet, producing clear, legible printing on the slide.

Figure 1-F

Drying Station (Figure 1-G)

The slide is deposited into the drying station by the print sledge. Warm air is gently blown on the slide to dry the printed surface which prepares the printing for the UV light cure.

Reflective Cover (Figure 1-H)

damage and the operator from UV exposure.

Figure 1-G

The reflective cover protects the curing lamp from

Figure 1-H

Page 9

Revised 3/04/11

1.5

Ink/Transport Cartridge Receptacle (Figure 1-I)

The transport cartridge is inserted in the cartridge receptacle when the instrument is transported. For routine operation, the transport cartridge must be replaced by an ink cartridge.

Slide Debris Tray (Figure 1-J)

The slide debris tray collects debris that accumulates during the printing of multiple slides.

Transport Cartridge (Figure 1-K)

The transport cartridge is needed to keep the print head from drying out during transportation or when the instrument will not be used for an extended period of time.

Section 1

Figure 1-I

Figure 1-J

Figure 1-K

Page 10

1.6

Revised 3/04/11

INTRODUCTION

Ink Cartridge (Figure 1-L

)

The ink cartridge contains a uniquely formulated ink designed specifically to print on slides. Once the ink is printed on the slide, it is dried and cured, making it chemically resistant and smudge-proof.

Curing Lamp (Figure 1-M)

The curing lamp is a specialized UV light bulb used to cure the ink printed on the slide. The curing renders the printing smudge-proof and heat and reagent resistant.

Slide Bin Assembly (Figure 1-N)

The slide bin assembly is used for the delivery and collection of printed slides.

Figure 1-L

Figure 1-M

Figure 1-N

Page 11

Revised 3/04/11

1.7

Unload Station (Figure 1-O)/Unload Trays (Figure 1-P) (Optional)

An automatic unload station (Figure 1-O) is available as an optional accessory. It is used as a collection system for printed slides. It contains ten removable trays (Figure 1-P) that accommodate ten slides per tray. The printed slides are pushed onto the tray one at a time until the tray is full at which time, the tray is indexed up one tray. An audible signal notifies the operator when no more trays are available.

Section 1

Figure 1-O

Figure 1-P

Page 12

1.8

Revised 3/04/11

.. ..

INTRODUCTION

Control Panel (Figure 1-Q)

The control panel controls the printer functions and print jobs, as defined by the control software. It also indicates current printer status, processes in progress, errors and/or error messages, and controls the optional unload station. The panel consists of a membrane keyboard with a two-figure, seven-segment display, six pressure-sensitive function keys (four of the keys include an LED indicator) and two LED displays.

Figure 1-Q

Display

—

is a two-figure, seven-segment LED display used to indicate current printer status, processes in progress, errors and/or error messages.

[POWER] key

—

is used to switch between the POWER ON mode and the STANDBY mode. The LED on the [POWER] key provides three indications:



On – the instrument is in the POWER ON mode. Power is supplied to all printer systems and the printer is ready to print.



Flashing – the instrument is in the STANDBY mode. Power is removed from all internal components except for the computer processing unit. When in the STANDBY mode, the printer performs a print head clean at regular intervals (approximately 4 times a day) and switches into the POWER ON mode for a short period of time.



Off – the instrument is disconnected from the power source.

[ONLINE] key

and is used to interrupt a print job in progress. The LED on the [ONLINE] key provides three indications:



On – the instrument ready and awaiting a new print job.



Flashing – a data transmission is in progress or a print job is being carried out.



Off – no data transmission or print jobs are in progress or a print job has been temporarily

interrupted.

[ERROR] key

[ERROR] key provides two indications:



Flashing – an error has occurred. The corresponding error code shows in the display.



Off – the instrument is working trouble-free.

[TRAY LOAD] key

elevating tray of the optional unload station.

NOTE:

not equipped with an unload station.

No function is assigned to this key if the printer is

[LOADED] key

magazine or an ink cartridge.

[CLEAN] key

and to carry out a print test.

INK EMPTY LED

cartridge levels. The LED provides three indications:



Off – the ink cartridge contains enough ink for printing without restrictions.



Flashing - that the ink cartridge is low on ink - flashing starts when remaining ink is less than 25%. Printing may continue, but it is advisable to change the ink cartridge soon.



On - the ink cartridge is empty (less than 10%) and no further printing is possible.

MAG. EMPTY LED

levels. The LED provides two indications:



Off - the magazines are full or, up to that point, no further slide has been requested from a magazine that has just been emptied.



Flashing - indicates that there is a magazine empty. The number indicated on the display signifies which magazine is empty. If several magazines are emptied at the same time, their corresponding numbers are indicated in a recurring sequence.

—

indicates data transmission status

—

Indicates errors. The LED on the

—

controls the movement of the

—

is used to confirm exchange of a

—

is used to initiate print head cleaning

—

is used to indicate printer ink

—

indicates slide magazine

Page 13

Revised 3/04/11

1.9

.. .. .. ..

.. ..

Section 1

Rear of Instrument (Figure 1-R)

Print Interface Connection



The printer interface connection is a serial port connection used to connect the printer with the PC by means of a serial cable.



Two x 3.15A melting fuses.



The instrument power is turned on

Secondary Fuses Power Switch

and off by pressing the power switch located on the back of the instrument.

Power Connection



The power connection is used

Printer Rating Label

located at the rear of the instrument and indicates the instrument serial number and electrical specifications.

Unload Station Rating Label

unload station rating label is located at the rear of the unload station and indicates the unload station serial number and the electrical specifications.



The printer rating label is

(not shown)

The

to connect the instrument to a power source using the power cord provided. The other end of the power cord must be plugged into an appropriately grounded AC electrical outlet.

Figure 1-R

Page 14

1.10

Revised 3/04/11

INTRODUCTION

Description of

6 3 11

Power Cord UV Ink Cartridge

ink

UV Curing Lamp

cure the ink that is printed on a slide

Slide Bin Assembly CD ROM

Serial Printer Cable



Supplies power to the instrument



Contains printer driver software

Accessories



Printer cartridge containing UV

Lamp that produces a UV light to



Delivers slides after printing



Connects printer to the PC

Figure 1-S



Printer cartridge



Three magazines accommodate

Fuses

Transport Cartridge

containing cleaning fluid used during transport

Slide Magazines

150 slides each

Tool set and Replacement

Screwdriver Allen Key size 2.5

Brush Fuses (2) 3.15 A

Page 15

Section 1

Components and

Specifications

Printer Interface: Drive Type:

Power Supply Requirements

Model 8030 AutoWrite Slide Printer Rated Voltage and Current:

AC 100-120 V  10%, 50-60Hz, 4.0 Amps AC 200-240 V  10%, 50-60Hz, 2.8 Amps

Admissions:

All instrument-specific admissions are located on the

rear panel of the instrument. Maximum Power Draw: 480 VA Fuse Rating: 2 x 3.15 A T (UL-listed)

Safety Standards

Complies with: IEC 61010-1 2

1010.1-92, UL 61010A-1

Dimensions

Without Magazine:

ed., CAN/CSA C22.2 No.

Centimeters: 41(W) x 58(D) x 46(H) Inches:

16.1(W) x 22.8(D) x 18.1(H)

With Magazine Slide Printer:

Centimeters: 41(W) x 58(D) x 56(H) Inches:

16.1(W) x 22.8(D) x 22(H)

Instrument Weight

Weight, unpacked: Approx. 28 kg (62 lbs) Weight, packed: Approx. 65 kg (143 lbs)

Unload Station

Weight, unpacked: Approx. 14 kg (31 lbs) Weight, packed: Approx. 32 kg (71 lbs)

Computer Requirements

Type: Processor Clock Rate: 800 MHz (minimum)

PC Pentium III or higher

Main memory RAM: 512MB (recommended) 256MB Hard Drive:

(minimum)

6GB of free hard drive space

(minimum)

Operating Systems: Windows®1 NT 4.0 (sp 6+),

Windows 2000, Windows XP Pro,

Windows Vista, Windows 7

Microsoft, Windows and Access are registered trademarks of

the Microsoft Corporation.

Revised 3/04/11 1.11

Software:

Operating Conditions

Operational Temperature: 15C to 35C (59F to 95F) Relative Humidity: Atmospheric Pressure: 80kPa – 106kPa Storage Temperature: Storage Relative Humidity: 15-90% (non-condensing) Protect from direct sunlight

Performance Data

Load Capacity:

3 magazines, 150 slides per magazine

Print Speed2:

Batch–job printing: Single-slide printing: 10 seconds per slide

Ink Cartridge Capacity:

60,000 print jobs or 3.5 months whichever comes first

Curing Lamp Lifespan:

Approx. 150,000 flashes

Print Resolution3:

360 x 360 dpi/180 x 180 dpi, Selectable

Printable Objects:

Non-beveled edge glass microscope slides 75 x 25 mm, max. 1.2 mm in thickness

Print Formats:

Slide Print Surface: Max. 25.4 x 18.0 mm

Average value-exact speed in each individual case depends on

system configuration and software used.

Measured in addressable dots per inch.

Serial connection via serial port

(RS 232C)

CD ROM (mandatory for system

upgrades) Microsoft Access®-version 2002

(recommended)

30-80% (non-condensing)

0C to 50C (32F to

122F)

15 slides per minute

Page 16

1.12

Revised 3/04/11

INTRODUCTION

Format

Width

Height

Dots

Slide

360

25.4

256

18.0

Print Specifications

The quality of the prints depends largely on the objects

being printed.

Printable microscope slides

Only standard microscope slides with a painted surface can be printed in the AutoWrite Slide Printer. Printing directly onto glass is not possible. Beveled edge microscope slides are not recommended.

Print Area

The printing area parameters listed are defined in the printer driver.

Print Resolution

The print head of the instrument has a maximum resolution of 360 dpi in both directions (vertical and horizontal).

Each printed line has a maximum height of 128 dots corresponding to 9.03 mm. In the horizontal direction, the printed surface is limited only by the size of the object to be printed.

These values mu st be considered when defining the print area ("paper size") in the application (program) that is being used to generate the print command. The correct printing area must also be defined for applications using the direct mode, since the standard Windows® GDI functions are used for printing.

Print Quality

The quality and resolution of the prints depend on:



The slide material and color



The surface finish and roughness of the slide print field

The final resolution of the printed slide is not only determined by the resolution of the print head alone. If the slide surface is not capable of 360 dpi resolution, "running" ink would lead to poor printing result. In such cases, it is better to work at a lower resolution. The printer driver allows the resolution to be changed from 360 dpi to 180 dpi. Refer to Section 3, Software Configuration, for further details.

Printing Bar codes

Printing readable bar codes depends on various factors which need to be taken into consideration to achieve results suitable for reliable and durable archiving. The main factors influencing the bar code results are:



Printer technology



How the bar code is created



The object being printed on



The type of scanner used to read the bar code

Printer technology

As a dot matrix printer, the AutoWrite Slide Printer can process information only in the form of dots printed or not printed.

Page 17

Revised 3/04/11

1.13

Creating bar codes

Since there is only limited printing space on a slide, the bar code should not contain more information than is necessary. An error-checking code should be used, making it easier for the bar code scanner to recognize possible errors. Some codes support error correction.

When calculating and creating bar codes, remember the resolution capabilities of the printer. The module size is the width of the smallest element of a bar code (Figure 1-I).

Module/Smallest element

Figure 1-I

Wider bars and spaces are calculated in multiples of the module size. The module size is an integral factor of the printer resolution since only "whole" dots can be printed (Figure 1-J).

Figure 1-J

A reading error may occur (e ven if the print appears to be crisp and correct) if, due to conversion, the module width and resolution no longer match.

NOTE:

The data should not be printed as a bar code only, but also as text (line of optical characters above or below the bar code) to ensure that no information is lost.

Printing Surfaces

Section 1

To obtain reliable results, high-quality slides should be used. Printable slide areas that only allow for low resolution may be fine for printing text (depending on font type and size), but are not suitable for printing bar codes. The printer resolution should be selected to correspond to the resolution of the print medium. Even a perfect-looking bar code can sometimes be difficult to scan due to low contrast. Depending on the color of light used to illuminate the bar code symbol a slide color providing a good contrast should be used.

Bar Code Scanners

In addition to the correct bar code creation and the quality of the slides, the features of the bar code scanner used also have an impact on scanning results.

Important features include:



Reading tolerance:

Difference between the actual bar code width

and nominal module size



Light color:

There should be a high contrast to the color of the slides being used.



Optical resolution:

Must be better than the module size.

Depending on the application (program) used to generate bar code information, the following features should also be considered:



Maximum readable distance

Resistance against

reagents

The ink's absolute resistance to wiping can not be guaranteed under all foreseeable laboratory conditions, as the surface finish of the used slide's print field is decisive in this regard. Therefore, the print field of the printed slide should not be touched or wiped while damp.

NOTE:

All slides must be tested before use. Sakura Finetek assumes no responsibility for any damage due to prints of poor quality or prints made with non-reagentresistant ink.

Page 18

1.14

Revised

3/04/11

INTRODUCTION

Page 19

Revised 3/04/11

2.1

Section 2

INSTALLATION & SETUP

General Informati

This section provides detailed installation and setup instructions for the Tissue-Tek The installation steps must be followed correctly to ensure proper operation and service. The operating manual includes important instructions and information related to the operating safety and maintenance of the instrument. It must be read carefully prior to operating the instrument.

The Tissue-Tek AutoWrite Slide Printer is a precision instrument that must be handled accordingly. Rough handling or dropping the instrument will disturb or damage internal components. Always handle the instrument with care.

Select a place where sufficient clearance can be provided around the instrument. The AutoWrite printer needs approximately 65 x 50 cm (165 x 127 in.) of space. Additional space is required for the PC containing the control software.

AutoWrite

™

Slide Printer.

Unpacking

The AutoWrite Printer is packaged in an inner carton and a sturdy wooden crate (Figure 2-A). Inspect the crate to ensure there are no visible signs of damage. If there is evident damage, immediately file a complaint with the carrier and notify Sakura Finetek USA Technical Support Department.

Environmental Factors

As with all sensitive electronic instruments, prolonged exposure to excessive humidity and temperature should be avoided. Temperature and humidity should be held relatively constant. The ambient temperature range for operating the instrument is 15C to 35C (59 The ambient operating humidity range is 30-80% relative humidity.

F to 95 F).

Figure 2-A

Unpacking the AutoWrite Slide Printer

1. Remove the eight screws on the upper portion of the wooden crate (Figure 2-B) to release the lid.

2. Lift the lid up and away from the crate.

Figure 2-B

Page 20

2.2

Revised 3/04/11

INSTALLATION & SETUP

3. Remove the accessory box (containing accessories and packing material) located directly beneath the lid (Figure 2-C).

5. Remove box containing ink cartridge (Figure 2-E) from the inner carton.

Figure 2-C

4. Loosen the eight screws at the bottom of the wooden crate (Figure 2-D).

Figure 2-D

Figure 2-E

6. Remove the inner carton (Figure 2-F) surrounding the instrument.

Figure 2-F

7. Lift the wooden crate up and away from the instrument.

Page 21

Revised 3/04/11

2.3

8. Remove the screws (Figure 2-G) holding each leg to a metal piece on the floor of the crate.

Figure 2-G

9. Push the metal pieces aside and lift the printer from the crate. Remove all packing material and place on a firm level surface directly on the bench or on top of the unload station.

CAUTION: The instrument is very heavy and large; therefore, it is strongly recommended that it always be lifted and transported by at least two people, positioned on each

side.

CAUTION: Always transport the printer in an upright position.

10. Lift and open the main cover.

one

Section 2

11. Remove the transport medium holding the print sledge and drying station air duct (Figure 2-H).

Figure 2-H

12. Close the main cover.

Page 22

2.4

Revised 3/04/11

INSTALLATION & SETUP

Unpacking the Unload Station

The unload station is an optional accessory provided for the collection of printed slides. It is packaged in a wooden crate (Figure 2-I) that should be thoroughly inspected for signs of visible damage before unpacking. If there are no signs of damage:

1. Remove the two screws from each side of the

wooden crate (Figure 2-J).

Figure 2-I

Unpacking the Accessories

When opening the printer box, confirm that all

accessories have been included with the instrument:



Operating manual (1)



Warranty card (1) (inside the Operating Manual)(only in U.S.A.)



Ink cartridge (1)



Transport cartridge (1) – installed in the instrument



Curing lamp (1)



Power cord (3)



Serial printer cable (1)



Slide magazines (6)



Slide bin assembly (1)



Screwdriver (1)



Allen key size 2.5 (1)



Brush (1)



Replacement fuses



CD containing the printer driver (1)

 

Location plate (1)



Infrared absorbing glass (2)



Cleaning Rod (25)

3.15 A (2)

2. Remove the lid by lifting it up and away from the

crate.

3. Remove all packing material and the small box

containing unload trays.

4. Lift the unload station out of crate and place on a

sturdy, level counter.

Figure 2-J

Page 23

Revised 3/04/11

2.5

Positioning the In

strument

Proper positioning of the slide printer is critical to operation. Locate the instrument in a well-ventilated area, avoiding exposure to corrosive vapors, extreme variations in temperature or humidity, and where there is no danger of explosions. The area should be clean and dust-free and have a firm, level surface capable of holding at least 28 kg (62.2 lbs.) of weight. Be sure it is near a power source that meets the electrical requirements specified on the rating label located on the rear of this instrument. The power receptacle must be grounded and should be a dedicated line. Avoid proximity to direct sunlight, open windows, sinks, ovens, hot plates, open burners, radiators, shocks, or vibration.

Installing the Slide Bin

The instrument may be used with either the slide bin or the slide unload station (optional). If the slide bin is used, the instrument should be placed directly onto a counter to prepare for the installation.

The slide bin supplied with the instrument consists of:



Slide bin assembly (Figure 2-K)



Collar screws (3 pieces)



Slotted screws with washers (2 pieces)

Section 2

1. Open the main cover of the instrument.

2. Locate the five tapped holes in the installation surface

located beneath the reflective cover (Figure 2-L).

Figure 2-L

3. Using the screwdriver provided, insert 3 collar screws

in tapped holes 3, 4 and 5 (Figure 2-L) as far as

they will go (Figure 2-M).

Figure 2-M

Figure 2-K

Page 24

2.6

Revised 3/04/11

INSTALLATION & SETUP

4. Then, fasten the cover in tapped holes 1 and 2 using

the two slotted screws and washers (Figure 2-N).

5. Fasten the slide bin to the inserted collar screws (See

Figure 2-O for enlarged detail). Carefully push chute against installation surface and push to the right until the chute locks in place (Figure 2-P).

Figure 2-N

Figure 2-O

NOTE:

past the shield plate.

6. Close cover; make sure that the slide bin does not

NOTE:

slide bin may need to be repositioned.

Lift the front of the chute slightly if it will not slide

obstruct the cover.

If the main cover cannot be closed properly, the

Figure 2-P

Page 25

Revised 3/04/11

2.7

Installing the Unload Station

If the slide unload station was purchased with the slide printer follow the procedures outlined below.

CAUTION: Make sure that the instrument is switched off and the power cord is unplugged before beginning. Remove the slide bin and all screws (if already installed) prior to placing the printer onto the unload station.

1. Place the unload station on a firm counter capable of

supporting at least 90 lbs (40 kg).

2. With two people positioned on each side of the

instrument, hold it directly over the unload station. The logo and instrument name should face the edge of the counter.

3. Tip the instrument backwards slightly and insert the

small pegs (

and

, Figure 2-Q) located at the rear of the unload station in the small openings under the rear of the slide printer.

4. Carefully lower the front of the printer onto the third

peg connection

(Figure 2-Q and Figure 2-R) so that the plug

locks into place in the printer base plate (Figure 2-S) and the printer remains securely fastened on the unload station.

NOTE:

Once connected correctly, the printer will

automatically recognize the unload station.

Figure 2-Q

Figure 2-R

Section 2

see Figure

2-Q for detail

Figure 2-S

Page 26

2.8

Revised 3/04/11

INSTALLATION & SETUP

Installing the Infrared Glass

CAUTION: Switch instrument off and unplug the power cord before beginning.

CAUTION: Always wear gloves when touching the curing lamp to prevent damage to the

1. Open the main cover of the instrument exposing the

2. Locate the reflective cover (

3. Using the screwdriver provided, remove the screw

4. Open the reflective cover by moving it upwards

components.

the curing lamp.

and washer located at the bottom of the reflective cover (Figure 2-W).

(Figure 2-T).

Absorbing

lamp.

Figure 2-W) housing

5. Locate the brackets under the reflective cover (Figure 2-U).

Figure 2-U

6. Hold the glass from the top and gently insert it in between the brackets (Figure 2-V).

Figure 2-T

Figure 2-V

Page 27

Revised 3/04/11

2.9

Installing the Curing Lamp

CAUTION: Switch instrument off and unplug the power cord before beginning.

CAUTION: Always wear gloves when touching the curing lamp to prevent damage to the

1. Open the main cover of the instrument exposing the components.

2. Locate the reflective cover ( the curing lamp.

3. Using the screwdriver provided, remove the screw and washer located at the bottom of the reflective cover (Figure 2-W).

4. Open the reflective cover by moving it upwards.

5. Hold the curing lamp at the base (Figure 2-X).

Figure 2-W

Figure 2-X

lamp.

Figure 2-W) housing

Section 2

CAUTION: Do not compress or hold the lamp by the sides as it may cause

splintering.

6. Locate the position of the "+" and the "-" on the electrodes of the curing lamp. Position the lamp so that the "+" and "-" are inserted into the connection ports bearing the same mark.

7. Insert lamp into the connection port and push carefully inwards as far as it will go. If necessary, rock the lamp slightly for full insertion (Figure 2-Y).

Contact Spring

Figure 2-Y

CAUTION: If the lamp electrodes are inserted the wrong way, the lamp will work, but will wear out very quickly and may fail soon after insertion.

NOTE:

Be sure that the priming wire (Figure 2-Z), located on the instrument, is set between the contact spring on the lamp (see Figure 2-Z).

Priming

Wire

8. Press the reflective cover downwards. Reinsert and

tighten the washer and screw.

9. Close the main cover of the instrument.

Figure 2-Z

Page 28

2.10

Revised 3/04/11

INSTALLATION & SETUP

Electrical and Data Connections

Connecting the Power Cord

1. Make sure the power switch ( off "O" position.

2. Plug the power cord (Figure 2-AA) into the power inlet located on the rear of the instrument (

3. Plug the other end of the power cord into an appropriate AC electrical outlet. The outlet should be a dedicated line and it must be grounded.

4. Switch the Power Switch to the ON position labeled "I".

NOTE:

Once the instrument is powered on it should remain on unless the ink cartridge has been replaced by the transport cartridge. This is done to prevent the print head from drying out. See page 4.2 for control panel power indications. Follow the instructions outlined on page

6.4 for removing and replacing the ink cartridge.

Setting up the Data Connection

A serial data cable is a standard accessory and is

required for the function of the printer.

1. Connect one end of the serial data cable (Figure 2-

CC) to the serial port (

and the other end to one of the serial ports (COM 1, COM 2) of the computer running the control software.

NOTE:

Be sure the outlet supplies the proper voltage and frequency for the instrument. Refer to the rating label (located at the rear of the instrument) to determine the proper voltage rating.

Connecting a remote alarm device

If required, an external alarm system (not included) may be connected to the printer. The remote alarm can be connected to the printer jack ( mm diameter jack connector (not included).

Figure 2-BB) is in the

Figure 2-BB).

Figure 2-BB) on the printer,

Figure 2-BB) (via a 6.3

Figure 2-AA

Figure 2-BB

Figure 2-CC

Page 29

Revised 3/04/11

2.11

Installing the Printer Cartridge

The printer is delivered with the transport cartridge inserted. For routine operation, the transport cartridge must be exchanged and replaced with an ink cartridge.

To install the printer

1. Power on the instrument using the power switch

located at the rear of the instrument.

2. Locate the cover for the transport/ink cartridge

receptacle on the left side of the instrument. To release the magnet, position hand as shown in Figure 2-DD and lift to remove the cover.

cartridge

Section 2

NOTE:

Once the cartridge has been removed, a sensor in the cartridge slot initiates the start of the changing routine from transport cartridge to ink cartridge and vice versa.

When a cartridge is removed, all printer functions are disabled to prevent air from being drawn into the ink system. The until a new cartridge is inserted.

Ink empty LED

illuminates and remains on

4. Take the ink cartridge out of the shipping box and

remove the wrapping. Write the date of installation on the label located on the front of the cartridge (Figure 2-FF).

3. Grasp the cartridge firmly and pull out (Figure 2-EE).

Figure 2-EE

Figure 2-DD

NOTE:

The ink cartridge must be replaced every three

Figure 2-FF

months or every 60,000 print jobs to guarantee consistent printing.

5. Insert the cartridge into the receptacle (Figure 2-GG).

(Loosen the red screw-on cap one full turn but do not remove the screw-on cap at this time).

Figure 2-GG

Page 30

2.12

Revised 3/04/11

INSTALLATION & SETUP

6. Push the cartridge completely into the receptacle applying moderate pressure (a small amount of force must be used in order to pierce the seals. Withdraw the cartridge about 1.5 inches (30mm) and push it back in as far as it will go. Repeat this step three times.

7. Unscrew the red cap completely from the nozzle of the cartridge (Figure 2-HH).

CAUTION: The printer should not be operated the safety catch in pla

(Figure 2-JJ).

without

8. Store the red cap in the indented groove on the top of the cartridge. (Screw-on cap must be saved for disposal).

NOTE:

be omitted.

9. Insert the safety catch between the metal plinth and

The following step is very important and must not

the printer. Position the catch in front of the cartridge to prevent slippage and to ensure proper instrument function (Figure 2-II).

Figure 2-HH

NOTE:

installed or provided in the accessory box, please contact your local Sakura representative.

10. The sensor in the cartridge slot recognizes the

11. Press the [LOADED] key (Figure 2-KK) to reset the

If the safety catch (part #AP060339616) is not

presence of a new cartridge. The illuminated ink empty LED goes out and code 88 appears in the display. Reposition the side cover.

ink meter to full

Figure 2-JJ

Figure 2-II

Figure 2-KK

Page 31

Revised 3/04/11

2.13

Filling and Loading the Magazines

Slide

5. Fill the magazine by placing the slides with the surface to be printed facing upwards and toward the left.

NOTE:

The magazines can hold up to 150 slides (depending on individual slide thickness). Fill up to the maximum level mark on the magazine.

NOTE:

Slides can be loaded one at a time with the magazines off the instrument (Figure 2-LL), or while the magazines are on the instrument (Figure 2-MM).

Section 2

7. Insert the magazine into the receptacle by aligning the pins into the slot, and lowering until locked into place. See Figure 2-MM through Figure 2-PP.

Figure 2-NN

Figure 2-LL

Figure 2-MM

6. Hold the magazine tipping it slightly to prevent slides from falling out of the magazine.

Figure 2-OO

Figure 2-PP

Page 32

2.14

Revised

3/04/11

INSTALLATION

& SETUP

Page 33

Section 3

SOFTWARE CONFIGURATION

Software

Configu

ration

This section provides detailed procedures to configure

software on the computer attached to the Tissue-Tek

AutoWrite™ Slide Printer. The software installation steps must be followed correctly to ensure proper operation. Software configuration prepares the printer for operation and involves the following procedures:



Installing the print driver on the computer attached to printer



Completing a test print

Installing the Printer Driver

The printer driver that accompanies the AutoWrite Slide Printer can only be used with the following operating systems: There are two printer drivers that accompany the AutoWrite Slide Printer. The following drivers can only be used with the following operating systems:



Printer Driver version 1.3: Microsoft Windows NT 4.0, Windows 2000



Printer Driver version 2.4: Microsoft Windows 7/ XP

Pro



Printer Driver version 2.34: Microsoft Windows Vista

NOTE:

To ensure successful installation of the printer

4. The printer is a local printer. Choose and uncheck

Plug and play printer

dialog box.

Automatically detect and install

. Click

to move to the next

driver, it should be installed by a System Administrator or other user authorized to log on to the computer with full access rights to all printer functions.

Starting Installation:

1. From the Windows Desktop, access the printer folder:

Start Settings Printers

⇒

2. Double-click the

⇒

Add Printer

icon.

3. The Add Printer Wizard guides the user through all further installation steps. Click

Microsoft Windows

Windows Microsoft Corporation.

NT 4.0, Windows

XP Pro are registered trademarks of the

Next.

2000 and

Revised 3/04/11 3.1

Local printer

Page 34

3.2

Revised 3/04/11

SOFTWARE CONFIGURATION

5. In the next dialog box, a serial interface (COM 1, …) must be selected, as the printer only works with RS 232 interfaces. Click

NOTE:

Do not select a parallel printer port (LPT).

Next.

7. Insert the CD containing the printer driver into the CDROM drive. Click

NOTE:

8. The following screen appears. Click

X refers to the drive containing the CD.

from disk screen appears again, click OK.

Browse.

Open

. The Install

6. A manufacturer and printer model must be chosen. Click box.

Have Disk

to access the install from disk dialog

Page 35

Revised 3/04/11

3.3

9. In the next dialog box, select printer click

NOTE:

Next.

If no selectable option is displayed, click on Have

AutoWrite-S

Disk to return to the previous dialog box and repeat insertion path.

and

Section 3

11. When prompted whether this printer is available to other users, select

Next.

Do not share this printer

. Click

10. In the printer device name box, allocate any name to the printer, e.g. AutoWrite Slide Printer, this will then be displayed in the printer folder and in the print menu of all Windows applications. To avoid erroneous printouts, select printer as the default printer. Click

when asked whether to use this

Next.

select

and then click

12. When prompted,

Do you want to print a test

Next.

page?

Page 36

3.4

Revised 3/04/11

SOFTWARE CONFIGURATION

13. Click

Finish

. Installation of the printer driver will be completed. The printer name selected in step 9 will be displayed in the printer folder and in all print menus.

NOTE:

"Digital signature not found" will be displayed at this point. This message is simply to provide information that Microsoft has not yet certified the printer driver. Be sure to check "Yes" to continue installing.

When installing on Windows 2000, the message

14. Once the installation of the printer driver is complete, restart the computer and then continue with the additional installation and configuration procedures.

Page 37

Revised 3/04/11

3.5

Configuring the serial port:

1. From the Windows Desktop, access the printer folder:

Start Settings Printers

⇒

Section 3

3. The Properties dialog box contains several pages; select the

Ports

tab.

2. Right-click on the icon of the newly installed printer, a quick menu is displayed. Select

Properties.

Page 38

3.6

Revised 3/04/11

SOFTWARE CONFIGURATION

4. The port selected during installation (COM 2 shown as example) must be highlighted. Select the box

Enable bidirectional

support.

6. Select the

the printer

Advanced

; click

Apply.

tab and check

Print directly to

5. Click on

Configure Port

properties. Set Baud Rate to settings as shown and click on OK.

to open the COM2

57600

. Leave all other

Apply

and

7. Click on the tab slides as shown in the example, click on then

Close.

Device Settings

and select the

Page 39

Revised 3/04/11

3.7

Section 3

Printer Driver Settings

NOTE:

the printing of slides from any Windows Application that permits separate configuration of the printing parameters.

configured in the application (program) that will be used to print the slides.

1. From the Windows Desktop, access the printer folder.

2. From the list of available printers, select the slide

The Tissue-Tek AutoWrite slide printer will allow

In order to print with the slide printer, it must be

Start>Settings>Printers.

printer. Right-click on the printer and select the option

Set as Default Printer.

3. Click on the will change the print range shown in the sample.

Margins

tab; set all margins to 0mm. this

The printer driver provides several options for modifying or improving the prints made. In addition, several magazines can be combined into printing groups so that jobs for the entire group can be printed. Refer to step 6 on page 3.8.

NOTE:

Applications that allow the printing to the Tissue-Tek AutoWrite Slide Printer. The dialog boxes may be named differently in other programs, but the driver parameters that need to be selected are named identically in all programs.

1. Open the program intended for use with the slide

2. Click on

The following instructions apply to all Windows

printer.

File>Page

Setup.

Page 40

3.8

Revised 3/04/11

SOFTWARE CONFIGURATION

4. Click on the

select

portrait.

Page

tab. In the Orientation section,

6. The

Source Input Field

magazine(s) which will supply the slides to be printed.

is used to select the

5. Once the page has been set up as described, slide

format is shown in the Size input field in the

Dialog

box. Slide is the only available choice.

Paper

Clicking on the source input field will display an alphabetical list of all slide supply options from all 3 magazines.

If the Manual Feed option is chosen, it allows the printing of one slide at a time, which is manually inserted into the delivery chute.

Further options are magazines 1 through 3. If a particular magazine has been selected as a supply source, printing will stop once that magazine is empty.

Groups of magazines can be selected when the magazines are filled with the same color or type of slides. If a group of magazines is selected (such as F (1/2/3)) indicating that magazines 1, 2 and 3 are filled with the same color or type of slide, printing will continue until the last magazine of the group selected is empty. When the first magazine is empty, the printer will automatically begin removing slides from magazine 2, and so forth. The printer will stop printing only when all three magazines in the group are empty.

NOTE:

print jobs requiring more slides than fit into one magazine or when several magazines have been filled with slides of the same type or color. The magazines will be processed in the sequence indicated.

Working with magazine groups works well for large

Page 41

Revised 3/04/11

3.9

Advanced Options

To select advanced parameters, access the printer folder by selecting Windows Desktop.

1. Right-click on the slide printer and select

Start>Settings>Printers

from the

Properties.

Section 3

3. In the printing preferences window, under the layout tab, click on

Advanced.

2. Under the

General

tab, click

Printing Preferences.

NOTE:

Menu items not described are not used for the printer. Therefore, the menu items not described should remain unchanged.

4. The paper size menu allows the selection of the type

of slide to be printed. The slide type chosen should be identical to the one selected in Page Setup (Step 5, page 3.7)

Page 42

3.10

Revised 3/04/11

SOFTWARE CONFIGURATION

5. Selectable print head resolution settings are 360 or 180 dpi. With slide surfaces not suitable for 360 dpi resolution, printing results will be poor. For such slides, 180 dpi should be selected.

NOTE:

in the paper/output menu if the slide bin is being used.

7. The

Same Tray: Slides are deposited into a tray until

the tray is full. Job in new tray: Each print job starts with a new

tray. New Tray: Only for special applications-do not

select this option under standard Windows programs.

The instrument will ignore the parameters selected

Print Quality

print is to be applied onto a slide once (normal) or twice (overstrike). Faint prints can be improved using the overstrike option. The Upside down feature turns rotates the prints 180°. Overstrike can also be chosen for the upside down option.

menu is used to select whether a

6. The only.

Paper/Output

menu item is for the unload station

NOTE:

used only when necessary, as the ink consumption greatly increases.

It is recommended that the overstrike feature be

Page 43

Revised 3/04/11

3.11

Section 3

Page 44

3.14

Revised 3/04/11

SOFTWARE CONFIGURATION

Performing a Test Print

A test print must be performed to ensure the print head

works correctly.

To initiate a test print

1. Fill a magazine with slides and insert it into magazine position 1.

2. Press and hold the Release the key and a slide is printed with a test image (Figure 3-A). If the print result is not satisfactory and the words “Test Print” are not legible and/or the bar code graphic is not clear, repeat the test print sequence until the printing quality is acceptable.

NOTE:

connected to a computer.

The test print can be performed without the printer

[CLEAN]

key until 00 is displayed.

NOTE

: If it is not possible to print an acceptable test print, refer to Section 7, Troubleshooting, for possible problem resolution.

Figure 3-A

Page 45

Revised 3/04/11

4.1

Section 4

OPERATING INSTRUCTIONS

Operating Instructions

The Tissue-Tek® AutoWrite™ slide printer uses basic operating procedures to perform continuous, high-speed printing. This chapter describes basic, routine operations.

Before initial operation, it is important that all installation procedures have been carried out.

1. Installation of the infrared absorbing glass

2. Installation of the curing lamp

3. Installation of all accessories

4. Connection of the instrument to a grounded power

source

5. Installation of the ink cartridge

6. Data connection to the PC

7. Filling and loading the slide magazines

8. Installation and configuration of the printer driver

9. Configuration of printer settings

10. Performance of a test print

Understanding the Control

The control panel (Figure 4-A) controls the printer functions and print jobs, as defined by the control software. It consists of a membrane keyboard with six pressuresensitive function keys (four of the keys include an LED indicator), two LED displays and a two-figure, sevensegment display. The control panel also indicates current printer status, processes in progress, errors and/or error messages, and controls the optional unload station.

Panel

Figure 4-A

Page 46

4.2

Revised 3/04/11

.. . .. .. .. ..

OPERATING INSTRUCTIONS

Description of Control Panel (Figures 4-B and 4-C)

Once the instrument is powered on it will initialize and perform a series of system checks to prepare for operation. After the initialization process is complete, the instrument is ready for operation.

The Display

is a two-figure, seven-segment LED

display that is located on the top left of the control panel.

On the ri ght-hand side of the control panel are four function keys labeled: and

[TRAY

LOAD].

The

[POWER]

[POWER], [ONLINE], [ERROR]

key is used to switch the instrument between the POWER ON mode and the STANDBY mode. Located on the [POWER] key is an LED indicator. When the LED is on, the instrument is in the POWER ON mode which means that power is supplied to all printer systems and the printer is ready to print. When the LED flashes, the instrument is in the STANDBY mode. In the STANDBY mode, only the microprocessor is powered on. When in the STANDBY mode, the printer performs a print head clean at regular intervals (approximately 4 times a day) and switches into the POWER ON mode for a short period of time. If the LED is off, the printer is disconnected from the power source.

NOTE:

Printing is only possible in POWER ON mode. Pressing the [POWER] key in STANDBY mode switches the printer to the POWER ON mode. POWER ON can also be activated by the PC interface.

NOTE:

When the printer remains idle for any period of time, the printer automatically switches to the STANDBY mode.

Below the power key is the

[ONLINE]

key. This key is used to interrupt a print job that is in progress. If the ONLINE LED is on, the printer is ready and awaiting a new print job. When the ONLINE LED flashes, a data transmission is in progress or a print job is being carried out. When the ONLINE LED is off, there is no data transmission in progress, no print job in progress, or a print job has been temporarily interrupted. Pressing the [ONLINE] key while a print job is in progress will interrupt printing. The [ONLINE] key LED goes out and the printer can be accessed manually (i.e.: for removing a half-empty magazine and refilling it). Pressing the [ONLINE] key again resumes operation. The LED flashes if a job was interrupted, or comes back on if there is no job printing.

Directly beneath the online key is the key. When the LED on the [ERR OR] key flashes, it signifies that an error has occurred. The corresponding error code shows in the display been determined and the source eliminated, and all obstacles removed, pressing the [ERROR] key removes error indication and resumes normal operation. If there are several errors simultaneously, the error of the highest priority is displayed first. Once the first error has been acknowledged, pressing the [ERROR] key again displays the error of the second highest priority and so on. When the error LED is not illuminated, the instrument is working trouble-free.

The

[TRAY LOAD]

the elevating tray of the optional unload station. If the stack of trays is completely or partially indexed, pressing the [TRAY LOAD] key briefly moves the stack of trays up one tray. Pressing the [TRAY LOAD] key longer than one second indexes the stack of trays completely out of the unload station. If a print job is in progress, the LED in the key will flash, and the print job is interrupted. If the stack of trays is indexed completely out, pressing the [TRAY LOAD] key longer than one second indexes the stack of trays (there can be any number of trays between 1 and

10, as the number of trays is counted by the printer) into the unload station. The LED goes off once the stack has

[ERROR]

…

Once the error has

Figure 4-B

key controls the movement of

Page 47

Revised 3/04/11

4.3

been completely indexed in and the printer switches to the ONLINE mode and processes any pending print job(s).

NOTE:

not equipped with an unload station.

NOTE:

No function is assigned to this key if the printer is

Every time the printer is powered on, the stack of trays automatically moves up one tray, to ensure that the new print job is started with an empty tray.

The

[LOADED]

key is located in the lower left corner of the control panel. This key is used to confirm exchange of a magazine or an ink cartridge. Pressing the [LOADED] key informs the printer that an empty magazine has been refilled and put back into place. Pressing and holding the [LOADED] key for approximately 10 seconds in the off-line mode informs the printer that an ink cartridge has been exchanged. (See exchanging ink cartridge).

Located directly above the Loaded key is the

[CLEAN]

key which is used to initiate print head cleaning and to carry out a print test. Pressing the [CLEAN] key briefly, while a print job is in process, interrupts the print job, cleans the print head, and resumes the print job. If the [CLEAN] key is pressed briefly and no print job is in progress, a print head clean is performed immediately.

NOTE:

Pressing the [CLEAN] key briefly and then releasing the key starts a print head clean. This is indicated by „00‟ in the display and takes approximately 1 second to complete. Extending the total duration of the clean can be accomplished by immediately pressing the [CLEAN] key again when the display reads „00‟. Then holding the [CLEAN] key for the cleaning to continue (max duration= 10 seconds).

If a print job is in progress, pressing the clean key for a minimum of 2 seconds, interrupts the print job in progress, and switches the printer to the off-line mode. A print head clean is performed and subsequently a test print is carried out on the slides being used. The printer remains in the off-line mode to enable the user to verify the print quality before resuming the current print job. Pressing the [ONLINE] key again returns the printer to the online mode and printing is resumed.

If no print job is currently in progress, the instrument performs a print head clean and a test print is carried out on the slides being used. The printer remains in the off- line mode until the [ONLINE] key is pressed.

Section 4

Figure 4-C

Positioned above the clean key is an

LED

…

When the INK EMPTY LED is not lit, the ink

INK

EMPTY

cartridge contains enough ink for printing without restrictions. A flashing INK EMPTY LED indicates that the ink cartridge is low on ink – flashing starts when remaining ink is less than 25%. The PC connected to the printer displays a message reporting ink cartridge status the next time it sends a print job to the printer. Printing may continue, but it is advisable to change the ink cartridge soon. If the INK EMPTY LED remains permanently on, the ink cartridge is empty (less than 10%) and no further printing is possible. The PC connected to the printer displays a message to this effect the next time a print job is sent to the printer. The printer uses the ink left in the cartridge to keep the print head clean, until a new ink cartridge is inserted.

Above the ink empty LED is the

LED

…

When the MAG. EMPTY LED is off, the

MAG.

EMPTY

magazines are full or, up to that point, no further slide has been requested from a magazine that has just been emptied. A flashing MAG. EMPTY LED indicates that there is a magazine empty. The number indicated on the display signifies which magazine is empty. If several magazines are emptied at the same time, their corresponding numbers are indicated in a recurring sequence.

Page 48

4.4

Revised 3/04/11

OPERATING INSTRUCTIONS

Once the magazine(s) have been refilled, pressing the [LOADED] key informs the printer that all magazines have been refilled. The printer assumes that slides of the same color have been added to the empty magazine and resumes the interrupted print job.

Display Indications

The following are common indications that may be displayed during normal operation.

Display (in combination with Mag. Empty LED)

indications

Display indications-Status

00 Clean cycle in progress

Messages

11 Temperature in the curing lamp power supply is

too high. (If temperature does not drop to within the allowed range in 10 minutes, ERROR 55 is displayed). Switch the instrument to the OFF and let cool; check the ambient temperature.

12 Drying station temperature is too low/too high. (If

temperature does not drop to within the allowed range in 6 minutes, ERROR 43 is displayed).

13 Maximum working life of the curing lamp has

01 Magazine no. 1 empty 02 Magazine no. 2 empty 03 Magazine no. 3 empty

been reached. If this message is ignored, the resistance of subsequent printouts can be affected.

position

15 Print head cleaning screen prompt requesting the

operator to manually clean the print head.

Page 49

Revised 3/04/11

4.5

19 Intensive clean in progress, waiting for user

intervention.

88 Ink cartridge being changed; instrument waiting

for confirmation via ERROR, CLEAN, or LOAD key.

Display

indications-Warnings

81 - 83 Problem during ejection from Magazine X

due to mechanical sluggishness. (X= second digit of the error message). Clean the magazine discharge using a small brush

Section 4

87 After the last cartridge change, the CLEAN key

was pressed to indicate that a transport cartridge has been inserted. The printer has received a print job but is unable to print because the cartridge contains cleaning fluid instead of ink. Cancel the print job, switch the printer off and back on, and change the cartridge. Press the LOADED or ERROR key and wait until “00” is no longer displayed follow the same procedure after accidentally pressing the CLEAN key.

Display indications-Error

Messages

All displayed numbers 20 … 83 and, 89 and 90. A list of all error messages and their corresponding sources and solutions are summarized in Section 7.

Audible Signals

The printer has an alarm that issues audible signals draw attention to important states and functions.

Key pressed:

1 short beep Magazine empty/tray stack full: 2 short beeps Error:

5 short beeps

Page 50

4.6

Revised 3/04/11

OPERATING INSTRUCTIONS

Printing Slides

Print commands are issued by the PC connected to the

slide printer.

NOTE:

[ONLINE] LED is illuminated. If the LED is not illuminated, press the [ONLINE] key.

1. Open the application (program) to be used for data entry and enter the information to be printed on one or more slides.

2. From the

The slide is pushed by the ejection arm from the magazine into the delivery chute. The slide moves down the delivery chute and is held in the transfer point until the print sledge becomes available. As the print sledge moves to the transfer point, an arm drops down allowing the slide to fall into the print sledge. The print sledge moves under the print head, where the printing occurs. Once the information has been printed on the slide, the print sledge moves the slide to the drying station. The drying station blows warm air on the freshly printed slide to dry the ink. The slide is then dropped in the final station, where a UV curing lamp is activated and cures the ink.

The slide drops into the slide bin or is delivered onto the unload slide tray.

A print job cannot be completed unless the

File

menu, select

and then click OK.

Interrupting a Print Job

To interrupt a print job

There may be occasions when a print job needs to be interrupted so that the printer can be accessed for maintenance or error elimination.

1. On the slide printer, press the

4-D).

2. Clear any errors or perform needed maintenance, and

then press

Figure 4-D

Printing is interrupted.

[ONLINE]

Printing resumes.

key again.

[ONLINE]

key (Figure

Page 51

Revised 3/04/11

4.7

Section 4

Refilling Slide Magazines

When one or more slide magazines are empty, the

Empty

appears in the display.

1. If necessary, remove the empty slide magazine(s)

2. Refill the magazines with slides and reload the

3. Press the

LED flashes. The corresponding magazine number

from the printer.

magazines in the printer. See Section 2, page 2.13 for detailed instructions.

printer that the empty magazine(s) has been reloaded.

[LOADED]

key (Figure 4-E) to inform the

Mag.

Figure 4-E

Page 52

4.8

Revised 3/04/11

OPERATING INSTRUCTIONS

Operating the Unload

When the instrument is placed onto the unload station and the power is on, it will automatically recognize its presence. An audible alarm will notify the user that the unload station is in place and the yellow LED on the [TRAY UNLOAD] key will be illuminated.

After the installation procedures have been completed, the instrument will already be powered on. The [POWER] key LED should either be illuminated or flashing. If neither is happening, check the power connection and the power switch to ensure power is being supplied to the instrument. If the [POWER] key LED is flashing, the instrument is in the standby mode. Press the [POWER] key briefly to return the instrument to the operational mode.

NOTE:

trays automatically moves up one tray, to ensure that the new print job is started with an empty tray.

Removing and Replacing Trays

of the unload station, the [TRAY LOAD] yellow LED flashes, the printer issues an audible alarm and the [ONLINE] key extinguishes.

1. If all the trays have been indexed completely out of

Every time the printer is powered on, the stack of

When all unload trays have been filled and indexed out

the Unload Station, remove the trays and prepare to load new trays.

If the trays have not been completely indexed

out, press the longer than one second.

[TRAY LOAD]

Station

key (Figure 4-F) for

2. Place one to ten trays on the unload station positioned with the circle cutout over the sensor on the right of the unload station (Figure 4-G). Trays are positioned in the uppermost position.

NOTE:

attempting to raise or lower the unload station.

3. Press and hold the

4. Press the

Indexing Trays



Be certain that trays are stacked correctly before

approximately 2 seconds to index the trays down. The instrument will recognize the number of trays and load them appropriately.

up one at a time.

Press the up one at a time.

[TRAY LOAD]

Figure 4-G

[TRAY LOAD]

key briefly to index the trays

key for

Figure 4-F

Page 53

Revised 3/04/11

5.1

Section 5

ACCESSORIES

Standard A

Basic Uni t

Product

Code Description

8035N

AP060342869

8038N

8040

8041

ccessories

UV Ink

Cartridge

Transport

Cartridge

UV Curing

Magazine

Slide Bin

Assembly

Lamp

Slide

Product

AP060337174

AP060338021 Power Cord

AP060338022

AP060338023

Code

Description

CD-ROM

containing

Printer Driver

Serial Printer

Cable

Screwdriver

(Part of

Toolkit

AP060338023)

Allen Key

(Part of

Toolkit

AP060338023)

Page 54

5.2

Revised 3/04/11

ACCESSORIES

Product Code

AP060336998

AP060338024

AP060142533

AP0501407162

8050

Description

Infrared

Absorbing

Location

Plate with

sealing plate

Cleaning

Foam Swabs

Brush

Fuses

Glass

Optional Accessories

Product

Code Description

Unload

8033

8044

Station Trays

Station

Unload

Page 55

Revised 3/04/11

6.1

Section 6

CARE OF THE INSTRUMENT

General

Keep the exterior of the instrument free of dust at all times. If needed, the exterior may be cleaned using a damp cloth and a mild detergent; do not use solvents of any kind on the painted exterior parts.

CAUTION: Prevent liquids from entering the interior of the instrument while the instrument is being cleaned.

NOTE:

technicians are authorized to open the instrument for maintenance and repair work.

The Tissue-Tek® AutoWrite™ Slide Printer is virtually maintenance-free in operation. To ensure smooth operation of the instrument for many years, the following steps are recommended:



Clean the instrument daily with care.



Regularly remove dust from the ventilation slots on the back of the instrument with a brush or small vacuum cleaner.



Have the instrument inspected regularly by a qualified service technician authorized by Sakura.

Maintenance

Only Sakura service technicians or qualified field

Daily Maint

Each day the internal components should be inspected and cleaned as needed. When cleaning or removing debris, it is necessary to turn the instrument power to the position.

Delivery Chute

The delivery chute (Figure 6-A) refers to the chute that delivers the slide to the area to be printed. Sweep the entire delivery chute and sensor located at the bottom of the delivery chute, to remove any dust or debris that may have settled. Use the brush provided with the standard accessories.

enance

OFF

"I"

Figure 6-A

Page 56

6.2

Revised 3/04/11

CARE OF THE INSTRUMENT

Slide Debris Tray

Periodically remove and empty the slide debris tray

(Figure 6-B).

Unload Station

The Unload Station (Figure 6-C) enables organized

and automatic collection of slides.



Remove dust and debris from the guides and ejector with a brush.



The unload tray can be cleaned with a household cleaner.

NOTE:

Do not use any solvents or bleach to clean the

trays. Trays must be completely dry prior to use.

Figure 6-B

Removal and

Removing and Replacing the Curing Lamp

Code 13 appears on the instrument display when the curing lamp reaches the limit of its rated service life. When this code is issued, the lamp must be changed.

Removing the Curing Lamp CAUTION: Switch instrument OFF and unplug the

power cord before beginning. CAUTION: Allow the curing lamp to cool before

attempting to remove. CAUTION: Always wear gloves when touching the

curing lamp to prevent damage to the

1. Open the main cover of the instrument exposing the

main components.

2. Locate the reflective cover housing the curing lamp.

3. Using the screwdriver provided, remove the screw

and washer located at the bottom of the reflective cover (Figure 6-D).

4. Open the reflective cover by moving it upwards.

Replacement

lamp.

Figure 6-D

Figure 6-C

Page 57

Revised 3/04/11

6.3

5. Carefully pull the curing lamp (Figure 6-E) straight out and slightly to the right; do not twist. If the curing lamp is difficult to pull out, rock it gently side to side.

Figure 6-E

Installing a new Curing

6. Hold the curing lamp at the base (Figure 6-F).

CAUTION: Do not compress or hold the lamp by the sides as it may cause

Lamp

Figure 6-F

splintering.

Section 6

7. Locate the position of the "+" and the "-" on the electrodes of the curing lamp. Position the lamp so that the "+" and "-" are inserted into the connection ports bearing the same mark.

8. Insert lamp into the connection port and push carefully inwards as far as it will go. If necessary, rock the lamp slightly for full insertion (Figure 6-G).

Contact Spring

Figure 6-G

CAUTION: If the lamp electrodes are inserted the wrong way, the lamp will work, but will wear out very quickly and may fail soon after insertion.

NOTE:

Be sure that the priming wire (Figure 6-H), located on the instrument, is set between the contact spring on the lamp (Figure 6-G).

Priming Wire

Figure 6-H

9. Press the reflective cover downwards. Reinsert and

tighten the washer and screw (Figure 6-D).

10. Close the main cover of the instrument.

Page 58

6.4

Revised 3/04/11

CARE OF THE INSTRUMENT

Removing and Replacing the

Cartridge

The printer is delivered with the transport cartridge inserted. For routine operation, the transport cartridge must be exchanged and replaced with an ink cartridge.

To install the printer

1. Power on the instrument using the power switch

located at the rear of the instrument.

2. Locate the cover for the transport/ink cartridge

receptacle on the left side of the instrument. To release the magnet, position hand as shown in Figure 6-I and lift to remove the cover.

cartridge

Ink

NOTE:

the cartridge slot initiates the start of the changing routine from transport cartridge to ink cartridge and vice versa.

When a cartridge is removed, all printer functions are disabled to prevent air from being drawn into the ink system. The until a new cartridge is inserted.

4. Take the ink cartridge out of the shipping box and

remove the wrapping. Write the date of installation on the label located on the front of the cartridge (Figure 6-K).

Once the cartridge has been removed, a sensor in

Ink empty LED

illuminates and remains on

3. Grasp the cartridge firmly and pull out (Figure 6-J).

Figure 6-I

Figure 6-J

NOTE:

months or every 60,000 print jobs to guarantee consistent printing.

5. Insert the cartridge into the receptacle (Figure 6-L).

The ink cartridge must be replaced every three

(Loosen the red screw-on cap one full turn but do not remove the screw-on cap at this time).

Figure 6-K

Figure 6-L

Page 59

Revised 3/04/11

6.5

7. Unscrew the red cap completely from the nozzle of the cartridge (Figure 6-M).

Section 6

5. CAUTION: The printer should not be

without the safety catch in place (Figure

operated

6-O).

Figure 6-M

8. Store the red cap in the indented groove on the top of the cartridge. (Screw-on cap must be saved for disposal).

NOTE:

be omitted.

The following step is very important and must not

9. Insert the safety catch between the metal plinth and the printer. Position the catch in front of the cartridge to prevent slippage and to ensure proper instrument function (Figure 6-N).

NOTE:

If the safety catch (part #AP0601339616) is not

Figure 6-O

installed or provided in the accessory box, please contact your local Sakura representative.

10. The sensor in the cartridge slot recognizes the presence of a new cartridge. The illuminated ink empty LED goes out and code 88 appears in the display. Reposition the side cover.

11. Press the [LOADED] key (Figure 6-P) to reset the ink meter to full

Figure 6-N

Figure 6-P

Page 60

6.6

Revised 3/04/11

CARE OF THE INSTRUMENT

Cleaning the Print Head

Automatic print head cleaning occurs periodically when

the printer is in the STANDBY mode.

To initiate a print head clean

1. Press the [CLEAN] key briefly and then release the key. This starts a print head clean, indicated by „00‟ in the display. The print head clean takes approximately

1 second to complete.

Extending the total duration of the clean can be

accomplished by immediately pressing the [CLEAN] key again when the display reads „00‟. Then holding the [CLEAN] key for the cleaning to continue (max duration= 10 seconds).

Print Head Cleaning/Location Plate Installation

Once a week or if the display message “15” is

displayed, the print head must be cleaned manually.

1. Press the

2. Open the main cover and then press the [CLEAN] and [LOADED] keys simultaneously for approximately 10 seconds. This function moves the print head upward to a position approximately ½ inch away from the sealing lip (Figure 6-Q).

[ONLINE]

key.

Figure 6-Q

3. Push the small lever located below the location plate upwards and remove the red location plate (Figure 6-R).

4. Moisten one of the foam swabs (supplied with the instrument) with alcohol.

NOTE:

should be no alcohol dripped into the instrument.

CAUTION: Never use acetone or xylene to perform this procedure; use only 95% or 100%

5. Carefully insert the swab into the gap under the print head. Apply light pressure upwards (on print head) and move the foam swab back and forth approximately ten times. This procedure helps to remove dried ink residue from the print head.

CAUTION: Never rotate the foam swab. The backing plate of the print head could become scratched and prematurely worn.

6. Clean the location plate and sealing lip with clean alcohol. Check the sealing lip for damage. Replace the location plate if the sealing lip is damaged.

Figure 6-R

Be sure not to use too much alcohol, as there

alcohol.

Page 61

Revised 3/04/11

6.7

7. Reinsert the location plate (Figure 6-S).

Section 6

NOTE:

reinserting.

The location plate must be completely dry before

Figure 6-S

8. Press any key to acknowledge the end of the cleaning procedure. The print head will move back to the parked position and the message will move back to the parked position and the message “15” will disappear from the display. If no key is pressed to acknowledge the end of the cleaning procedure, the print head will be closed automatically after a few minutes to prevent it from drying out.

Transportation/Storage

When preparing to transport or store the AutoWrite Slide Printer, the ink cartridge should be replaced with a transport cartridge. Follow the instructions outlined in Removing and Replacing the Ink Cartridge on page 6.4.

Page 62

Page 63

Revised 3/04/11

7.1

Section 7

TROUBLESHOOTING

General Informati

The following section is divided into two sections to explain how to recover from a situation that may occur during operation. In the first section, a detailed explanation of the necessary steps that must be followed to correct an error is provided. The second section lists the possible error codes and the actions to be taken to correct the problem. When dealing with any problem, it is essential to determine which part of the system is the source and isolate it as quickly as possible to prevent further damage.

If additional assistance is required concerning an instrument problem, or if the problem cannot be isolated or is beyond the scope of this manual, please contact the Sakura Technical Support Department by calling 800-7258723 menu option 2(U.S. customers only). If outside the U.S., contact a local authorized Sakura distributor or representative.

NOTE:

the error key flashes continuously.

When an error message is displayed the LED in

Error Elimination:

1. Determine the cause of the error (see

Troubleshooting Chart on page 7.3).

2. Open the cover of the instrument and remove

obstructions if required (Figure 7-A).

3. Remove all slides which may be in the following

areas:

Delivery chute

In or next to the print sledge

Drying station

NOTE:

4. Close the lid and press the

5. The printer then verifies that all processing paths are

6. If there are still obstructions or if the source of the

Do not reuse slides to avoid overstrike printing.

to the printer that the source of the error has been eliminated.

unobstructed and the source of the error eliminated.

error has not been thoroughly eliminated, the printer will continue to display an error code.

[ERROR]

key to confirm

Figure 7-A

NOTE:

all possible causes have been eliminated, a reset should be carried out.

NOTE:

left off.

If an error code is displayed several times although

Interrupted print jobs will resume where previously

Reset

simultaneously. A reset reinstates the status the printer was in directly after switching on. All print jobs in the print queue are deleted. If the same error continues after a reset, turn the printer off via the power switch located on the rear of the instrument. Wait approximately 30 seconds and power instrument back on. If this does not eliminate the problem, call the Sakura Technical Support Department (U.S. customers only). If outside the U.S., contact a local authorized Sakura distributor or representative.

Press the

[LOADED]

and

[ERROR]

keys

Page 64

7.2

Revised 3/04/11

TROUBLESHOOTING

Replacing the Curing

Code 13 appears on the instrument display when the curing lamp reaches the limit of its rated service life. When this code is issued, the lamp must be changed. See installation/removal procedure on page 6.2.

CAUTION: Before replacing the curing lamp, the printer off and unplug from the electrical outlet.

Once the lamp has been replaced, plug the instrument into the electrical outlet and turn the power switch to the on position.

Press and hold the seconds to activate the off-line mode. Code 13 will disappear from the display.

[ERROR]

Lamp

switch

key for approximately 10

Replacing the Secondary Fuses

CAUTION: Prior to exchanging the fuse, turn the instrument off and unplug from the power outlet.

NOTE:

replacement fuses supplied with the instrument or purchased from Sakura.

1. Insert a screwdriver into the slot on the fuse holder

Defective fuses may be replaced only with the

(Figure 7-B). In one continuous motion, push slightly inwards and rotate the screwdriver ¼ turn to the left.

Power Failure

If the instrument suddenly loses power:



Determine if there is a general power failure



Check to see if the power cord is inserted correctly into the outlet and if there is power to the outlet.



Check the power switch to determine if it is turned to the ON "I" position. It is possible that the primary fuse has reacted in which case the power switch will be in the OFF "O" position.



Determine if one of the four secondary fuses is defective.

The following malfunctions/failures may be caused by the indicated fuse:

Instrument not functioning



Fuse F1

Display not working



Fuse F1 Instrument not working at normal speed (printing a slide slows down to approximately 8 seconds

even after the warm up phase has been completed)



Fuse F2

2. Take out the released fuse holder

3. Remove the defective fuse from the fuse holder (Figure 7-C) and insert the replacement fuse.

4. Re-insert the fuse holder into the instrument housing.

5. Insert the screwdriver into the slot on the fuse holder. In one continuous motion, push slightly inwards and rotate the screwdriver ¼ turn to the right.

Figure 7-B

Figure 7-C

Page 65

Revised 3/04/11

7.3

Section 7

TROUBLESHOOTING CHART

DISPLAY

CODE

SOURCE OF

ERROR

SOLUTION

Mag. Empty manual load

Insert slide on chute

Mag. Empty station 1

Reload slide magazine

Mag. Empty station 2

Reload slide magazine

Mag. Empty station 3

Reload slide magazine

Tray load led flashes

Unload station tray needs replacement

Power led flashes

System in sleep mode

Print head clean in progress

Ink empty LED on

Ink cartridge needs replacement

Flash power supply over heated

Call service

No heating in flash unit

Check heat gun

Flash light reached lifetime

Replace flash light

Maintenance indicator

Call service

Manual Cleaning print head demanded

Perform print head cleaning procedure

The magazine is mechanically blocked

Remove the cause of the blockage

Faulty ejection of a slide or slide. Magazine is blocked

Remove the slide

The transfer of the slide from the loader chute to the print carriage failed. Horizontal motor is incorrectly positioned or mechanically blocked

Remove the slide

Slide is stuck in the delivery chute

Remove the slide

The horizontal drive is mechanically blocked

Remove the slide

The vertical drive is mechanically blocked

Remove the slide

The rotational motion is mechanically blocked

Remove the slide

Faulty clamping of a slide. A slide left the delivery chute but did not reach the print sledge

Remove the slide from the print sledge

The slide did not leave the print sledge or was still located in the clamp during an initialization

Remove the slide from the print sledge

The ink print head is too hot. Ambient temperature too high or electronics defective

Switch the instrument to the off position and let cool. The instrument will remain disabled until the print head cools to a regular temperature. Check the ambient temperature is within normal ranges

No or incorrect voltage at ink print head

Contact your technical support representative

Flash standby state not reached within the prescribed time. Charging electronics defective.

Contact your technical support representative

Flash does not occur at all or is too short. Curing lamp dirty or defective.

Check whether flash takes place-to do so, observe the stray light coming from under the cover. Never open the cover to check whether the flash takes place!

No flash, install a new curing lamp

The temperature in the drying station is not within the permissible temperature range

Carry out a RESET

Page 66

7.4

Revised 3/04/11

TROUBLESHOOTING

TROUBLESHOOTING CHART

DISPLAY

CODE

SOURCE OF

ERROR

SOLUTION

The unloading station is mechanically blocked

Remove the cause of the block

No slide is located in the drying station for flashing. A slide left the print sledge, but did not reach the drying station.

Remove the slide

A slide was in the drying station during an initialization or before a print job

Remove the cause of the block

The flap of the drying station does not close or open; the flap is blocked (for example, by a slide)

Remove the cause of the block

Lifting table end sensor does not switch

Contact your technical support representative

Lifting table position sensor does not switch during positioning

Contact your technical support representative

Flash power supply; over temperature for more than 10 minutes

Contact your technical support representative

Faulty control data received. Settings for the serial interface incorrect or the instrument configuration conflicts with the PC configuration

Carry out a reset on the printer. Check the cable connection to the PC. Check the configuration of the serial interface port on the connected PC and reboot the PC

Receive confirmation missing for send data or send data not confirmed by PC

Follow the same procedure as that for ERROR

60. Try another printer cable

The print image exceeds the allowed vertical size

Check setting s in program

The image exceeds the allowed horizontal size

Check settings in program

The CRC test of the EPROM returned an error when the instrument was switched on

Contact your technical support representative

70-78

Internal firmware error or defective controller

Contact your technical support representative

81-83

Problem during ejection from magazine due to mechanical sluggishness. The second digit of the display error code represents the magazine number

Clean the magazine discharge using a small brush

Clean key was pressed when a new cartridge was put in.

Remove cartridge and press the LOADED or ERROR key.

Power unit does not achieve standard operating voltage

Contact your technical support representative

Firmware only partially loaded or not loaded at all. Flash memory or defective memory range in flash

Contact your technical support representative

Page 67

Revised 3/04/11

8.1

Section 8

SERVICE AND REPLACEMENT PARTS

Service

When a Problem Occurs

When a problem occurs during operation of the TissueTek AutoWrite Slide Printer, refer to Section 7, Troubleshooting, to determine the most likely cause of the malfunction and to obtain recommended corrective actions. (Avoid problems by carefully following the proper operation and maintenance procedures described in this manual). If the problem cannot be solved and an instrument failure is apparent, our Technical Support Department is available to assist you.

Before calling for instrument service, please have

number, installation date, and warranty period

our Technical Support Department Representative. For your convenience and reference, record this information in the blanks below.

Slide Printer Model Number Slide Unload Station Serial Number (Optional) Installation Date Warranty Period

Where to Call for Service

If located within the United States

Technical Support Department of Sakura Finetek U.S.A., Inc. by calling toll free:

(800) 725-8723 - Menu Option 2

In countries other than the United States

nearest authorized Sakura instrument distributor or representative for service information and assistance.

Infor

mati

model

ready for

Printer Serial Number

, contact the

Replacement Accessory It

For All Models Product Number

8035N Ink Cartridge AP060342869 Transport Cartridge 8038N Curing Lamp 8040 Slide Magazines 3/cs 8041 Slide Bin Assembly 8050 Cleaning Foam Swabs AP050140162 Location Plate w/Sealing Lip AP060142533 Infrared Absorbing Glass AP060338024 Fuses AP060339616 Safety Catch

Optional Accessory Items

For All Models Product Number

8033 Slide Unload Station 8044 Slide Trays 10/cs

Description

ems

Page 68

8.2 Revised

3/04/11

SERVICE AND REPLACEMENT

PARTS

Sakura Tissue-Tek Autowrite Operating Manual

Specifications and Main Features

Frequently Asked Questions

User Manual