LPX-60
User’s Manual
Thank you very much for purchasing this product.
➢ To ensure correct and safe usage with a full understanding of this product's performance, please be
sure to read through this manual completely and store it in a safe location.
➢ Unauthorized copying or transferral, in whole or in part, of this manual is prohibited.
➢ The contents of this operation manual and the specifications of this product are subject to change
without notice.
➢ The operation manual and the product have been prepared and tested as much as possible. If you
find any misprint or error, please inform us.
➢ Roland DG Corp. assumes no responsibility for any direct or indirect loss or damage which may
occur through use of this product, regardless of any failure to perform on the part of this product.
➢ Roland DG Corp. assumes no responsibility for any direct or indirect loss or damage which may
occur with respect to any article made using this product.
For the USA
FEDERAL COMMUNICATIONS COMMISSION
RADIO FREQUENCY INTERFERENCE
STATEMENT
This equipment has been tested and found to comply with the
limits for a Class A digital device, pursuant to Part 15 of the
FCC Rules.
These limits are designed to provide reasonable protection
against harmful interference when the equipment is operated
in a commercial environment.
This equipment generates, uses, and can radiate radio
frequency energy and, if not installed and used in accordance
with the instruction manual, may cause harmful interference
to radio communications.
Operation of this equipment in a residential area is likely to
cause harmful interference in which case the user will be
required to correct the interference at his own expense.
Unauthorized changes or modification to this system can void
the users authority to operate this equipment.
The I/O cables between this equipment and the computing
device must be shielded.
For Canada
CLASS A NOTICE
This Class A digital apparatus meets all requirements of the
Canadian Interference-Causing Equipment Regulations.
CLASSE A AVIS
Cet appareil numérique de la classe A respecte toutes les
exigences du Règlement sur le matériel brouilleur du
Canada.
ROLAND DG CORPORATION
1-6-4 Shinmiyakoda, Hamamatsu-shi, Shizuoka-ken, JAPAN 431-2103
MODEL NAME : See the MODEL given on the rating plate.
RELEVANT DIRECTIVE : EC LOW VOLTAGE DIRECTIVE (73/23/EEC)
This system (including the housing and safety device) is a Class 1 laser product.
EC ELECTROMAGNETIC COMPATIBILITY DIRECTIVE (89/336/EEC)
Laser specifications of this system (including the housing)
Wavelength: 645 to 660 nm, maximum output: less than 390 µW
Complied with IEC/EN Publication 60825-1, Amendment 2, 2001.
Complies with 21 CFR 1040.10 and 1040.11 except for deviations pursuant to Laser Notice No.50, dated July 26, 2001.
CAUTION
Use of controls or adjustments or performance of procedures other than those specified herein may result in radiation exposure.
Contents
To Ensure Safe Use ....................................................................................................................... 3
Important Notes on Handling and Use .............................................................................................7
About the Documentation .................................................................................................................. 8
1. Getting Started ................................................................................................................................. 9
1-1 What Is the LPX-60? ........................................................................................................................................... 10
Features ......................................................................................................................................... 10
Scanning System............................................................................................................................ 10
1-2 Names and Functions ......................................................................................................................................... 11
About the Indicator Lights ............................................................................................................. 12
2. Preparing the Machine ................................................................................................................... 13
2-1 Checking Accessaries .......................................................................................................................................... 14
2-2 Installing .................................................................................................................................................................. 15
Deciding On an Installation Site ................................................................................................... 15
Removing the Protective Material.................................................................................................. 16
2-3 Connecting the Cables ....................................................................................................................................... 18
Attaching the Cable Clamps and the AC Adapter Holder .............................................................. 18
Connecting the Cables .................................................................................................................. 18
2-4 Installing and Setting Up the Software............................................................................................................ 20
Installing the Driver ....................................................................................................................... 20
Installing the Programs .................................................................................................................. 26
Making the Settings for Using Dr.PICZA3...................................................................................... 27
3. Creating 3D Data ............................................................................................................................ 29
3-1 Task Flow ................................................................................................................................................................ 30
3-2 Mounting the Scan Object ................................................................................................................................. 31
Preparing the Scan Object ............................................................................................................. 31
Mounting the Scan Object ............................................................................................................ 33
3-3 Performing Scanning ............................................................................................................................................ 34
Basic Scanning .............................................................................................................................. 34
Checking the Scanning Results ...................................................................................................... 37
3-4 Finishing the Data ................................................................................................................................................ 38
Selecting and Scanning a Specific Area ......................................................................................... 38
Creating New Polygons ................................................................................................................. 42
3-5 Saving and Exporting Data ................................................................................................................................. 43
Saving Data ................................................................................................................................... 43
Exporting Data............................................................................................................................... 43
4. Editing Scanning Results - Using 3D Editor ................................................................................. 45
4-1 What You Can Do Using 3D Editor ................................................................................................................ 46
4-2 Importing and Exporting Data .......................................................................................................................... 47
Importing Scanning Results Immediately ....................................................................................... 47
Importing and Exporting ................................................................................................................ 47
Importing More Than One Set of Data........................................................................................... 47
4-3 Basic Operations for Objects ........................................................................................................................... 48
How to View the 3D Editor Window ............................................................................................. 48
Let's Try Editing Data with 3D Editor............................................................................................. 49
1
Contents
5. What to Do If...................................................................................................................................53
5-1 What to Do If... .................................................................................................................................................... 54
The power doesn't come on or go off............................................................................................ 54
Scanning is impossible. ................................................................................................................. 54
Other Symptoms............................................................................................................................ 54
What to Do If Installation Is Impossible......................................................................................... 54
5-2 When Moving the Machine ................................................................................................................................ 56
6. Appendix .......................................................................................................................................... 59
6-1 Table Dimensional Drawing ............................................................................................................................... 60
6-2 Locations of the Power Rating and Serial Number Labels ........................................................................ 61
6-3 Specifications ......................................................................................................................................................... 62
Machine Specifications ................................................................................................................. 62
System Requirements for the Software........................................................................................... 62
System Requirements for USB Connection .................................................................................... 62
Windows® is either a registered trademark or trademark of Microsoft® Corporation in the United States and/or other countries.
Pentium® is a registered trademark of Intel Corporation in the United States.
Other company names and product names are trademarks or registered trademarks of their respective holders.
Copyright© 2006 Roland DG Corporation http://www.rolanddg.com/
2
To Ensure Safe Use
Incorrect operation may cause injury
Improper handling or operation of this machine may result in injury or damage to property.
Points which must be observed to prevent such injury or damage are described as follows.
About WARNING and CAUTION Notices
WARNING
CAUTION
Used for instructions intended to alert the user to the risk of death or severe
injury should the unit be used improperly.
Used for instructions intended to alert the user to the risk of injury or material
damage should the unit be used improperly.
* Material damage refers to damage or other adverse effects caused with re-
About the Symbols
The symbol alerts the user to important instructions or warnings. The specific meaning of
the symbol is determined by the design contained within the triangle. The symbol at left means
"danger of electrocution."
The symbol alerts the user to items that must never be carried out (are forbidden). The
specific thing that must not be done is indicated by the design contained within the circle. The
symbol at left means the unit must never be disassembled.
The symbol alerts the user to things that must be carried out. The specific thing that must be
done is indicated by the design contained within the circle. The symbol at left means the powercord plug must be unplugged from the outlet.
spect to the home and all its furnishings, as well to domestic animals or pets.
WARNING
Do not disassemble, repair, or modify.
Doing so may lead to fire or abnormal operation resulting in injury.
Never allow children near the machine.
The machine includes locations and components
that pose a danger to children, and accidental
injury may occur.
3
To Ensure Safe Use
Incorrect operation may damage the scan object
This machine weighs approximately 40 kg (88 lb.)
External emission of laser light may occur
CAUTION
Securely fasten the object to be scanned
to the table so that it does not slip or
topple over.
The table rotates during scanning. Tipover or
contact by the scan object may cause damage.
Scan-object damage is not covered by warranty.
CAUTION
Lifting and carrying are operations that
must be carried out by two or more persons, by grasping the bottom of the machine.
Failure to do so may result in falling of the unit,
leading to injury.
Never try to scan an object whose height
is 304.8 mm (12 in.) or more, or that protrudes beyond the table.
The object may strike the interior of the machine, causing breakdown or damage. The scan
object may also be damaged. Scan-object damage is not covered by warranty.
Install in a location that is level and stable.
Installation in an unsuitable location may cause
an accident, including a fall or tipover.
CAUTION
Do not use if the housing or window area
is cracked or deformed.
In such cases, there is danger of external emission of Class 3R laser light. Staring at externally
emitted laser light may cause eye injury.
Important Cautions Regarding Laser Light
This machine uses a laser beam to scan objects, but dangerous laser radiation is not emitted outside the machine. It is safe
to view the laser light through the window.
However, this may not be the case if the machine is disassembled or if its cover or safety devices are broken or disabled.
Please observe the cautionary notes in this documentation and never attempt to use this machine if the machine is in an
abnormal state.
Direct contact with the laser beam will not cause burns or fire due to incorrect use or the like. The natural blink reflex
protects the eye in the event that laser light from the machine directly enters the eye, but staring directly into the laser beam
may result in eye injury.
4
Danger of electrical short, shock, electrocution, or fire
WARNING
To Ensure Safe Use
Do not use with any electrical power supply that does not meet the ratings displayed on the AC adapter.
Use with any other power supply may lead to
fire or electrocution.
Do not use with any power supply other
than the dedicated AC adapter.
Use with any other power supply may lead to
fire or electrocution.
Never use any power cord other than the
power cord included with the machine.
Doing so may cause fire.
Do not use with a damaged AC adapter,
power cord or plug, or with a loose electrical outlet.
Doing so may lead to fire, electrical shock, or
electrocution.
Never damage the power cord or pull it
with force.
Doing so may tear the cord's insulation, causing
an electrical short and resulting in electrical
shock, electrocution, or fire.
When unplugging the electrical power
cord from the power outlet, grasp the plug,
not the cord.
Unplugging by pulling the cord may damage it,
leading to fire, electrical shock, or electrocution.
When not in use for several hours, unplug
the power-cord plug from the electrical
outlet.
Failure to do so may result in danger of electrical shock, electrocution or fire due to deterioration of electrical insulation.
Never operate the machine or insert or
remove its power plug with wet hands.
Doing so may result in electrical shock or electrocution.
In the event of an abnormal state (such as
smoke or sparks, odor or burning or unusual noise), immediately unplug the
power cord.
Failure to do so may result in fire, electrical
shock, or electrocution. Immediately disconnect
the power cord and contact your authorized
Roland DG Corp. dealer.
Never place any object on the power cord,
bend the power cord using excessive force,
or allow the power cord to become deformed.
If it becomes deformed, the deformed location
may grow hot and cause fire.
Never insert metal objects, flammable
objects, or any other foreign object into
interior areas other than the top of the
table. Also, do not place water or other
liquids on any area, including the table.
Doing so may cause an electrical short, resulting in shock or electrocution, or the inserted
object may catch fire.
5
To Ensure Safe Use
About the Labels Affixed to the Unit
This machine bears caution labels. These are intended to ensure the safety of the operator. Never
remove the labels or allow them to become obscured. Also, be sure to observe the stated cautions
during use.
FrontLeft Right
In addition to these symbols, the symbol shown below is also used.
: Indicates a handy tip or advice regarding use.
6
Important Notes on Handling and Use
This machine is a precision device. To ensure the full performance of this machine, be sure to
observe the following important points. Failure to observe these may not only result in loss of
performance, but may also cause malfunction or breakdown.
Main Unit
This Machine Is a Precision Device
➢ Handle carefully, and never subject the machine to impact or excessive force.
➢ Never touch any internal component except the table. Doing so may make scanning impossible.
Install in a Suitable Location
➢ Install in a location having the specified temperature and relative humidity.
➢ Install in a stable location offering good operating conditions.
Never Touch the Machine During Scanning
➢ Never subject the machine to impact during a scanning operation. Doing so may cause scanning noise.
➢ Except in an emergency, never open the machine's door during a scanning operation. Doing so switches off the
power, and scanning operation cannot be resumed.
Important Notes on Connecting the Cables
➢ Connect the AC adapter, power cord, and USB cable securely so that they do not come loose or experience
faulty connection during use.
➢ Be sure to use the included USB cable.
➢ Never use a USB hub or the like.
7
About the Documentation
This machine comes with the following documentation.
User's Manual (this document)
Read this first. It contains important notes and cautions on usage, as well describing scanning methods, what to do in the
event of a problem, and other information.
Dr.PICZA3 Online Help
3D Editor Online Help
You view this documentation on your computer screen. Installing the program enables you to view the documentation.
☞ See "2-4 Installing and Setting Up the Software."
It provides detailed descriptions of the commands you use for each of the programs.
You can use either of two methods to view the documentation.
• From the [Start] Menu in Windows
From the [Start] menu, choose [All programs (or Programs)], then [Roland Dr.PICZA3 (Roland 3D Editor)], then [Dr.PICZA3
(3D Editor) Help].
• Clicking the Help Menu in the Program
From the [Help] menu, click [Contents].
8
1. Getting Started
9
1-1 What Is the LPX-60?
Features
The LPX-60 is a three-dimensional (3D) scanner that uses a noncontacting laser method to scan the shape of solid
objects.
Noncontacting Laser System for Fast, Dependable Scanning
You can perform scanning without contact with the scan object, using a laser beam. This enables high-speed scanning
without the worry of damage to the object.
Support for Two Scanning Modes
Using the included Dr. PICZA3 program lets you perform scanning in either of two modes: plane scan or rotary scan.
You can choose the scanning mode that matches the shape of the scan object. By combining the two modes, you can
even scan objects with complex shapes.
A Wide Array of Scanning Functions
In addition to the two basic scanning modes, line-segment and point scanning functions are also supported. By using Dr.
PICZA3, you can extract the data for just the characteristic line segments (such as contour lines) and points of an
object. Using this as auxiliary data for three-dimensional modeling operations using CAD or computer-graphics programs makes it possible to reduce the time and effort of modeling operations.
Scanning System
The LPX-60 scans objects using laser light. It emits a spot beam onto the scan object and detects reflected light from
the object with sensors.
Laser emitter
Sensor
It performs scanning as it rotates the scan object and moves the laser beam from bottom to top.
10
Rotating table
1. Getting Started
1-2 Names and Functions
Front
Door
When performing scanning, be sure to close
this. The power cannot be switched on while
the door is open. Opening the door while
the power is on switches off the machine.
Be sure to use the handle when opening or
closing the door.
Handle
Ta b l e
This is the base where you place objects to
be scanned. It rotates during scanning.
Never touch any internal area other than
the table.
Interlock switch
This is one of the safety devices. Never insert any objects here. Doing so may keep
the door open and prevent the safety devices from working properly.
Movement lights
These are arranged in a ring around the
power button. They flash when the machine
is performing some operation.
☞
See the next page "About the Indicator Lights."
Rear
Power button
This switches the power on and off. To
switch on the power, you press this button.
To switch off the power, you hold it down
for one second or longer. The color of the
light indicates the status of the machine.
☞
See the next page "About the Indicator Lights."
USB connector
This connects the included USB cable.
AC adapter jack
This connects the AC adapter.
1. Getting Started
11
1-2 Names and Functions
When you open or close the door after connecting the power cord to the machine, the power button and movement
lights flash momentarily, but this is normal and does not indicate a problem.
About the Indicator Lights
The lighted state of the power button and the movement lights tells you the status of the LPX-60.
Indicator lights
Power button Movement lights
Dark Dark The power is off.
Lit (blue) Flashing two at a time Initialization is in progress.
Lit (blue) Dark Scanning is possible.
Lit (blue) Flashing one at a time Scanning is in progress.
Lit (blue and red) (*) An error has occurred.
Lit or flashing (red) ☞ See "5-1 What to Do If...."
(*)Illumination pattern (blue and red)
Dark
Red
Blue
The status of the LPX-60
Status Indicated by the Movement Lights
These light up blue and move clockwise two at a time during initialization at powerup, and one at a time during scanning.
Initialization
Flashing two at a time Flashing one at a time
Move clockwise
Scanning
Move clockwise
12
1. Getting Started
2. Preparing the Machine
This section describes what to do when you first open the packing, including
how to connect the machine to a computer and install the programs and the
like.
13
2-1 Checking Accessaries
The following items are packed with the machine. Make sure they are all present and accounted for.
AC adaptor: 1
CD-ROM: 1 User's manual: 1 Roland LPX EZ Studio : 1
AC adaptor holder: 1 USB cable: 1 Cable clamps: 2
Power cord: 1 Clay: 1
14
2. Preparing the Machine
2-2 Installing
Deciding On an Installation Site
Install in a stable location offering good operating conditions. An unsuitable location can cause accident, faulty operation,
or breakdown.
CAUTION
CAUTION
Install in a location that is level and stable.
Installation in an unsuitable location may cause an accident, including a fall or tipover.
Lifting and carrying are operations that must be carried out by two or more persons.
Failure to do so may result in falling of the unit, leading to injury.
Unsuitable Installation Sites
➢ Locations with excessive humidity or dust
➢ Locations subject to high temperature
➢ Locations subject to shaking or vibration
➢ Locations exposed to considerable electrical or magnetic noise, or other forms of electromagnetic energy
➢ Locations with poor heat radiation
Power cord
Height 619 mm (24.4 in.)
382 mm (15 in.)
Leave enough space to the right
side and the rear of the machine
to allow the power cord to be
reached by hand at all times.
500 mm (19.7 in.)
Top view
2. Preparing the Machine
15
2-2 Installing
Removing the Packing Materials
Remove the protective material, head retainer, and other packing materials.
➢ Be sure to use the handle when opening the door.
➢ Never touch or needlessly try to move any of the internal components. Doing so may result in malfunction.
➢ The packing material is required when moving the machine. Do not discard it.
☞ See "5-2 When Moving the Machine."
Front
Remove the protective material from the front of the machine and peel off the tape holding the door in place.
This is a portion of
the protective material. Do not peel
it off.
Interior
Open the door, and with your fingers, unscrew the screws securing the table and head retainer in place to remove them.
Head retainer
After removing, store
them at the specified
locations.
☞ See the next page.
X screws
16
2. Preparing the Machine
Y screws
These are used to attach the head retainer and the
included AC adapter holder at the back of the machine.
☞ See the next page.
See "2-3 Connecting the Cables."
☞
Storing the Head Retainer and Screws
You can store the head retainer and the screws (X and Y) at locations designated for each.
Store the X screws that secured the table in place at the location the figure below.
X screws
2-2 Installing
Use two Y screws to attach the head retainer, and two more to attach the AC adapter holder. Store the remaining two screws
by screwing them into the screw holes shown in the figure.
☞
See "2-3 Connecting the Cables."
Store the head retainer by attaching it to the back of the machine as shown in the figure.
Y screws
The back of the machine
2. Preparing the Machine
17
2-3 Connecting the Cables
When you connect the cables to the machine, use the included cable clamps and AC adapter holder.
Attaching the Cable Clamps and the AC Adapter Holder
Attach the cable clamps and the AC adapter holder to the back of the machine.
AC adaptor holder
Use two Y screws.
Cable clamps
Peel off the doublesided tape and attach.
Connecting the Cables
WARNING
WARNING
WARNING
WARNING
WARNING
Do not use with any electrical power supply that does not meet the ratings displayed
on the AC adapter.
Use with any other power supply may lead to fire or electrocution.
Never use any AC adapter and power cord other than the AC adapter and power cord
included with the machine.
Doing so may lead to fire, electrical shock, or electrocution.
Never damage the power cord or pull it with force.
Doing so may tear the cord's insulation, causing an electrical short and resulting in electrical
shock, electrocution, or fire.
Never place any object on the power cord, bend the power cord using excessive force,
or allow the power cord to become deformed.
If it becomes deformed, the deformed location may grow hot and cause fire.
Do not use with a damaged AC adapter, power cord or plug, or with a loose electrical
outlet.
Doing so may lead to fire, electrical shock, or electrocution.
Y screws
18
2. Preparing the Machine
2-3 Connecting the Cables
When you connect the power cord to the machine, the power button and movement lights flash momentarily, but this
is normal and does not indicate a problem.
Secure the cable for the AC adapter and the included USB cable in place using the cable clamps.
Place the AC adapter on the AC adapter holder.
AC adaptor
Cable clamp
Orient the AC adapter as shown in the figure.
The "Roland" logo is
visible.
Power cord
AC adaptor holder
Electrical outlet
USB cable
DO NOT connect the USB cable at this point.
You connect the USB cable only when instructed to in the
procedures for installing the driver. Starting driver installation
with the cable connected may cause installation to fail and make
the machine unusable.
Make the connection according to the procedures in "2-4 Installing and Setting Up the Software."
USB port
Computer
2. Preparing the Machine
19
2-4 Installing and Setting Up the Software
Here you connect the machine to your computer and install and set up the included software on the computer, enabling
you to perform scanning with the machine.
Installing the Driver
Be sure to follow this procedure to install the driver. Failure to do so may make installation impossible.
☞
Go to "5-1 What to Do If ...," see "What to Do If Installation Is Impossible."
Procedure
Windows XP
Before you start installation, make sure the machine
1
and your computer are not connected by the USB
cable.
Start Windows and log on as "Administrator."
2
Insert the Roland Software Package CD-ROM into
3
the CD-ROM drive.
The window shown in the figure appears automatically.
Switch on the machine.
4
Wait a short while until the lights stop flashing.
The flashing continues for about one minute.
From this point on, keep the door closed until installation ends. Failure to do so switches off the power, which
may prevent installation from completing correctly.
Connect the included USB cable.
5
The [Found New Hardware Wizard] dialog box appears.
These lights flash clockwise
two at a time.
USB connector USB cable
The back of
the machine
USB port
Press the power button.
Computer
20
2. Preparing the Machine
When the window shown in the figure appears, se-
6
lect [No, not this time], then click [Next].
If the window in step 7 appears instead of this window, continue with installation and setup.
Select [Install the software automatically (Recom-
7
mended)], then click [Next].
2-4 Installing and Setting Up the Software
When this dialog box appears, click [Continue Any-
8
way].
Installation starts automatically.
Click [Finish].
9
The [Welcome to the Found New Hardware Wizard]
dialog box appears.
10
Carry out steps 6 through 9 again.
This completes the installation of the driver.
2. Preparing the Machine
21
2-4 Installing and Setting Up the Software
Windows 2000
Before you start installation, make sure the machine
1
and your computer are not connected by the USB
cable.
Start Windows and log on as "Administrator."
2
Insert the Roland Software Package CD-ROM into
3
the CD-ROM drive.
The window shown in the figure appears automatically.
Switch on the machine.
4
Wait a short while until the lights stop flashing.
The flashing continues for about one minute.
From this point on, keep the door closed until installation ends. Failure to do so switches off the power, which
may prevent installation from completing correctly.
Connect the included USB cable.
5
The [Found New Hardware Wizard] dialog box appears.
These lights flash clockwise
two at a time.
USB connector USB cable
The back of
the machine
USB port
Press the power button.
Computer
22
Click [Next].
6
2. Preparing the Machine
Select [Search for a suitable driver for my device
7
(recommended) ], then click [Next].
Select the [CD-ROM drives] check box, then click
8
[Next].
2-4 Installing and Setting Up the Software
9
10
11
Click [Next].
Installation starts automatically.
Click [Finish].
The [Welcome to the Found New Hardware Wizard]
dialog box appears.
Carry out steps 6 through 10 again.
This completes the installation of the driver.
2. Preparing the Machine
23
2-4 Installing and Setting Up the Software
Windows Me/98 SE
Before you start installation, make sure the machine
1
and your computer are not connected by the USB
cable.
Start Windows.
2
Insert the Roland Software Package CD-ROM into
3
the CD-ROM drive.
The window shown in the figure appears automatically.
Switch on the machine.
4
Wait a short while until the lights stop flashing.
The flashing continues for about one minute.
From this point on, keep the door closed until installation ends. Failure to do so switches off the power, which
may prevent installation from completing correctly.
Connect the included USB cable.
5
The [Add New Hardware Wizard] dialog box appears.
USB connector
The back of
the machine
Press the power button.
These lights flash clockwise
two at a time.
USB cable
Computer
USB port
24
• Windows Me
6
Choose [Automatic search for a better driver (Recommended)], and click [Next].
• Windows 98 SE
Click [Next].
Windows Me Windows 98 SE
2. Preparing the Machine
2-4 Installing and Setting Up the Software
• Windows Me
7
Installation of the driver starts automatically. Go to
step 10.
• Windows 98 SE
Select [Search for the best driver for your device. (Recommended)], and click [Next].
Go to step 8.
Choose the folder on the Roland Software Package CD-ROM to search the driver.
8
Double-click on your
3
CD-ROM drive.
9
10
Select [Specify a
1
location].
Execute installation of the driver.
Click [Next].
Click [Finish].
Installation is executed automatically.
Click [Browse].
2
Select [\Drivers\Lpx-60].
4
Click [OK].
5
Clicking [Next] starts installing.
This completes the installation of the driver.
2. Preparing the Machine
25
2-4 Installing and Setting Up the Software
Installing the Programs
Install the following programs.
Dr.PICZA3 This program enables you to perform scanning using the machine.
3D Editor This program enables you to edit scanned 3D data.
Procedure
Make sure the window shown in the figure is dis-
1
played.
Follow the on-screen instructions to start installa-
2
tion and setup.
When the window shown in the figure appears, click
3
"Next." Thereafter, follow the on-screen instructions.
When all installation and setup finishes, the final window appears.
Clicking the button
starts installing.
Select [LPX-60].
Make sure that all the
check boxes be selected.
Click [Close].
4
This completes the installation of the included software.
26
2. Preparing the Machine
2-4 Installing and Setting Up the Software
Making the Settings for Using Dr.PICZA3
You use the included Dr. PICZA3 program to make the settings that let you perform scanning with the machine.
Procedure
Start Dr.PICZA3.
1
From the [Start] menu, choose [All programs (or Programs)], then [Roland Dr.PICZA3], then [Dr.PICZA3].
Go to the [File] menu and click [Preferences].
2
Make the setting for the communication port and the unit of measurement to use with Dr. PICZA3.
3
Click [OK] after you complete
making the setting.
Choose the number of the port labeled
"Roland LPX-60 USB Port."
Set [Unit] to either [mm] or [inch].
This completes all the preparations you need to make to perform scanning using the machine.
2. Preparing the Machine
27
28
3. Creating 3D Data
This chapter describes how to create 3D data using the machine and the
included Dr. PICZA3 program.
29
3-1 Task Flow
Using the included 3D Editor program lets you import directly and edit data scanned with Dr. PICZA3.
☞
See "4. Editing Scanning Results -- Using 3D Editor."
This machine can scan three-dimensional shapes using the included Dr. PICZA3 program. To make 3D data obtained by
scanning available for use by other programs, you need to convert and save the data using Dr. PICZA3.
This section describes the sequence of operations from getting ready to scan through to saving the 3D data.
Prepare the object to be scanned and mount it on the machine.
1
Check whether the object you want to scan (we'll call this the "scan object") is suitable for scanning, and if so,
mount it on the machine.
See "3-2 Mounting the Scan Object."
☞
Perform scanning.
2
Use Dr. PICZA3 to carry out scanning (basic scanning).
See "3-3 Performing Scanning."
☞
Finish the data.
3
After the basic scanning, you finish the data to the appropriate degree by performing additional scanning and
creating polygon meshes as required.
See "3-4 Finishing the Data."
☞
Save the data.
4
Save the finished data in a file format compatible with the program you're using.
See "3-5 Saving and Exporting Data."
☞
30
3. Creating 3D Data
3-2 Mounting the Scan Object
First, you prepare the object to be scanned. After making sure the object is one that can be scanned, you mount the object
on the machine.
Preparing the Scan Object
This machine is not able to scan every possible kind of object. Some objects may be impossible to scan because of their
composition or shape. Refer to the following and make sure the object to be scanned is one that can be scanned on this
machine.
Object Size
CAUTION
An object that protrudes beyond the table or whose height is too high cannot be scanned.
Never try to scan an object that protrudes beyond the table or whose size exceeds the
scanning area.
Doing so may cause the machine to malfunction or damage the object to be scanned. Scanobject damage is not covered by warranty.
Not OK
203.2 mm (8 in.)
304.8 mm
(12 in.)
Table
In such cases, consider separating the object into pieces whose individual sizes do not protrude beyond the area described
above.
Object Shape
Areas where the laser beam strikes at a shallow angle cannot be scanned.
Not OK
20 degrees
or less
3. Creating 3D Data
31
3-2 Mounting the Scan Object
Object Material
An object that has a comparatively smooth surface is suitable for scanning. Fabrics and objects that have a rough nap
cannot be scanned.
OK Not OK
Some objects may be difficult to scan because of the type of material it is made of, or because of its color or other qualities.
Objects that do not pass
OK
light
Not
Clear or transparent objects
OK
In such cases, applying a surface coat (primer coat) to the object may make scanning possible.
Note: Avoid highly reflective objects because of danger of eye injury.
Brightly colored objects
OK
(White, yellow, red, etc.)
Dark-colored objects
Not
(black, blue, etc.)
OK
Objects of a nonglossy
material (plaster, wood, or
OK
modeling clay etc.)
Not
Glossy and highly reflective
objects (metals, mirrors, etc.)
OK
Items That May Not Be Copied
Unauthorized reproduction of a copyrighted item for any purpose other than personal use may be a violation of copyright.
Roland DG Corp. will not be responsible for any violation of third-party copyright by any article made through use of this
product.
32
3. Creating 3D Data
Mounting the Scan Object
Effective Sensor Area
The figure at right shows the area in which the machine's sensors detect the reflection of the laser beam, allowing the object to be scanned.
The surfaces that reflect laser light as the table rotates and the
object passes through this area can be scanned.
When scanning an object that is considerably uneven, or that
is crank-shaped, you may need to take this effective sensor
area into account.
If the object is mounted at the edge of the table, it may not be
possible to scan the entire object correctly.
In the case of the apple shown at right, the area enclosed by
the shaded portion is not scanned.
Choose the object to be scanned, then mount the scan object.
3-2 Mounting the Scan Object
CAUTION
Securely fasten the object to be scanned to the table so that it does not slip or topple
over.
The table rotates during scanning. Tipover or contact by the scan object may cause damage.
Scan-object damage is not covered by warranty.
Mount in the center of the table.
Table
Secure the bottom surface in
place with clay or the like.
Table centerline
The table rotates during scanning. Using double-sided tape, clay, or the like, fasten the object in place securely so that it
will not fall over or slip. Any slipping of the object makes correct scanning impossible.
When the object to be scanned has areas with cavities or voids, mounting the object at an orientation that allows the laser
beam to pass through the cavities, as shown in the figure, makes scanning easier.
Scan object
Orientation of
the laser beam
Table
Effective Sensor
Area
Table
Not OK
Outside the effective
sensor area
Cavity
203.2 mm
Orientation
of the laser
beam
304.8 mm
3 mm
10 mm
Not reached by the
laser beam
3. Creating 3D Data
33
3-3 Performing Scanning
Once you have mounted the object of the machine, you can now perform scanning.
Before you start scanning, make sure the door is closed and turn on the machine.
Basic Scanning
This is the scanning that you perform first after mounting the scan object. The scanning data obtained by executing basic
scanning makes possible a wide variety of operations.
Procedure
Start Dr.PICZA3.
1
From the [Start] menu, choose [All programs (or Programs)], then [Roland Dr.PICZA3], then [Dr.PICZA3].
Click the [ ] button.
2
The [Scan] dialog box appears.
Choose the scanning mode that matches the shape
3
of the scan object.
The [Settings for Scanning] dialog box appears.
• Object whose shape is close to a sphere or cylinder
• Object with little unevenness
Choose rotary scanning.
• Other object
Choose plane scanning.
You normally choose plane scanning, which has little
restrictions as to shape.
Click the [ ] button.
4
The preview starts.
From this point on, never open the door until scanning
ends. Doing so switches off the power. Scanning cannot
be resumed when you then switch on the power again.
Click one of these buttons.
The general shape of
the object to be
scanned is displayed.
The height of the scanning area is setting automatically at this time.
34
Click
Preview in progress After preview has finished
3. Creating 3D Data
3-3 Performing Scanning
While viewing the preview, make the following settings, then start scanning.
5
Scanning pitch
Using a fine setting can reproduce details more accurately, but the amount of memory required increases, and
scanning takes longer time.
Scanning area
Specify the minimum area that allows the entire object to be scanned, thereby speeding up scanning time.
Note: When [Set for Each Surface] is selected, you can set the scanning area and scanning pitch individually for
each surface.
(The following settings are only for plane scanning.)
The number of scanning surfaces
You can specify from one to as many as six surfaces. It's a good idea to decide on the number of surfaces to match
the shape of the object.
Scanning angle
Specify the incident angle of the laser for each surface. It may be a good idea to set the preview to Top View. When
the object to be scanned has areas with cavities or voids, specify the angle that allows the laser beam to pass through
the cavities.
Settings for Scanning dialog box (Plane Scan)
This sets the number of scanning
surfaces (plane scan only).
This changes the orientation and
perspective for the preview.
These let you switch between
Top View and Front, and expand
or reduce the view.
This sets the scanning pitch.
During rotary scan, these make
the settings for "Height" and
"Circumference."
When scanning ends, the results of scanning appear.
6
☞ Go to "3-3 Performing Scanning," see "Checking the Scanning Results."
This changes to the surface
whose scanning angle you want
to set (plane scan only).
Selecting this check box enables
you to set the scanning area and
scanning pitch individually for
each surface.
This sets the scanning area.
During rotary scan, these set the
"Height Direction" and "Circumferential" pitch values.
This sets the scanning angle
(plane scan only).
This displays the amount of
memory that scanning requires.
Clicking the button displays the
estimated scanning time.
Clicking this button
starts scanning.
3. Creating 3D Data
35
3-3 Performing Scanning
Scanning Pitch and Scanning Area
The methods for making the settings are different for plane scanning and rotary scanning.
Required Memory
[Required Memory] at the lower right of the [Settings for Scanning] dialog box is automatically updated when you
change the scanning area or scanning pitch. When this amount of memory exceeds the amount of free memory on the
computer, performing scanning may result in extremely slow processing by the computer. We recommend making sure
enough memory is installed in the computer when you are performing scans that use up large amounts of memory.
For reference:
Maximum memory use
(amount of memory used when scanning at maximum scanning area and minimum scanning pitch)
Plane scan: 685 Mbyte (per surface)
Rotary scan: 1214 Mbyte
Plane scan
Heightdirection
pitch
Width-direction pitch
Scanning width
Last point
Scanning
Height
Start point
Rotary scan
Height-direction
pitch
Circumferential pitch
0 degrees
circumferentially
Last point
Scanning Height
Start point
36
3. Creating 3D Data
3-3 Performing Scanning
Checking the Scanning Results
You can examine the results of scanning while changing the view method and perspective. The Scan List displays a list of
scanning data. For detailed information about this window, see the online help for Dr. PICZA3.
These move and rotate the
perspective, and change the
amount of zoom.
This changes the view
method.
The three-dimensional
item that has been
scanned is called the
"object."
This switches between
showing and hiding the
group and the object.
Drag the object to orient
the area you want to
examine to the front.
Dr.PICZA3 Window
This indicates the name of a group
that contains a number of objects.
This indicates the name of the object.
Scan list
3. Creating 3D Data
37
3-4 Finishing the Data
You take the data from basic scanning and modify it to produce finished data that has the form you want.
Selecting and Scanning a Specific Area
After the basic scanning, you can select specific areas and performing additional scanning (rescanning). The available types
of rescanning are as follows.
Rescan
You use rescanning when you want to increase the number of measuring points (scan points) and enhance the degree of
completion of the 3D data.
Rescan required
Perform coarse scanning of
the entire object.
areas in detail.
You can reproduce detailed
surface patterns.
...you rescan just
these areas.
Even when holes are present... The holes are sealed, yielding the
same shape as the original!
Line Scan/Point Scan
You use line scanning and point scanning when you want line-segment or point data to serve as supplemental data for
three-dimensional modeling operations using CAD or computer-graphics programs.
Perform line scanning with Dr.
PICZA3...
...and re-create the
curved surfaces with the
3D CAD program!
38
Perform point scanning with Dr.
PICZA3...
3. Creating 3D Data
...and re-create the
curves with the 3D CAD
program!
Scanning Modes for Rescanning
You can choose the same scanning modes for rescanning and line scanning as you can for basic scanning.
• Scanning using plane scanning -- Plane rescan and plane line scan
• Scanning using rotary scanning -- Rotary rescan and rotary line scan
What follows is a general guide for using these selectively.
Rescan
• When you’re rescanning areas that could not be scanned
Normally you choose plane rescanning. When the scan object has a complex shape, it may be a good idea to use plane
rescanning to perform overlapping scanning, changing the angle between each scanning pass.
Note, however, that rescanning is not effective in cases where the laser beam cannot reach the area or the reflected
laser beam does not reach the sensor from any angle.
• When you’re rescanning a specific area at a fine scanning pitch
It may be a good idea to perform rescanning in the same mode you used for the basic scanning.
When you want to perform fine-detail scanning of the surface pattern of a scan object whose shape is cylindrical or
close to cylindrical, you first perform coarse rotary scanning, then choose rotary rescanning.
Line Scan
Normally you choose the same mode you used for basic scanning. However, when you want to scan line segments that
wrap around to the back of the object, you choose rotary line scanning. Plane line scanning can scan only line segments on the surface visible in the window.
To Use the Data with a 3D CAD Program or the Like
To use line-segment and point data as supplementary data for a 3D CAD program, you may need to export the data and
convert the file.
☞
See "3-5 Saving and Exporting Data."
3-4 Finishing the Data
Rotary line scan Plane line scan
The entire circumference
can be scanned.
Only the line segment shown by
the thick line can be scanned.
3. Creating 3D Data
39
3-4 Finishing the Data
Shortcut Keys for Shifting the Perspective
• To Rotate the Object
Hold down the SPACE key and drag
• To Move the Object
Hold down the Ctrl key and drag
• To expand and reduce the Object
Hold down the shift key and drag
In addition to these shortcuts, you can also shift the
perspective using the arrow keys.
Delineating Areas That Need Rescanning
You can remove improper surfaces that shouldn't exist and clearly delineate areas that need to be
rescanned.
Before you specify a rescanning area, clicking the [
] button displays the "Delete Abnormal Faces"
dialog box. Running this command deletes, for example, the abnormal surface produced on the handle
of the cup shown in the figure at right.
For detailed information about this, refer to the online
help for Dr. PICZA3.
Shortening the Scanning Time by Performing
Basic Scanning at a Coarse Pitch
You can speed up operations during basic scanning
by scanning at a coarse pitch. For line scanning and
point scanning in particular, it is a good idea to scan
at the minimum pitch necessary to get the general
shape.
Procedure
You perform rescanning using the following procedure. The windows shown are those for plane rescanning.
First, scan the entire object.
1
Choose a scanning mode according to the shape of
the scan object.
From this point on, never open the door until rescanning
ends. Doing so switches off the power. Scanning cannot
be resumed when you then switch on the power again.
When the scan of the entire object finished, click
2
the [ ] button to choose the method you want
to use for rescanning.
Drag to specify the rescanning area.
3
You can specify more than one rescanning area.
SPACE key + drag left or right to shift the
perspective.
40
3. Creating 3D Data
Drag to specify the rescanning
area.
Click the [ ] button.
When You Want to Respecify the Rescanning Area
Go back to step 2 on the previous page, then click
anywhere on the object to clear the specified area.
Setting the Scanning Pitch
When performing rescanning, make the setting for the
scanning pitch as fine as possible. This increases the
number of scanning points, enhancing the degree of
completion. When little free memory is available, it
may be a good idea to use a narrow scanning area
and perform rescanning in several passes.
4
The mode for specifying the rescanning area is canceled.
Drag to verify the area to rescan.
5
The specified rescanning area is displayed as a threedimensional form.
3-4 Finishing the Data
Specified rescanning area
Click the [ ] button.
6
The [Settings for Scanning] dialog box appears.
If necessary, change the scanning pitch, then click
7
[Scan].
Here, none of the settings except for the scanning pitch
can be changed. It is also not possible to set a different scanning pitch for each area.
You can perform rescanning as many times as you like after basic scanning. Also, when you want to redo scanning after
checking the scanning results, you can go back to the previous state before rescanning by clicking the [
Rescanning
area
These set
scanning pitch.
This executes
rescanning.
] button.
For detailed information on rescanning methods, refer to the online help for Dr. PICZA3.
3. Creating 3D Data
41
3-4 Finishing the Data
Tips for Creating a Polygon Mesh
To create a polygon mesh having a high degree of completion, you may need to scan at as fine a pitch as possible in
order to increase the number of scanning points. In particular, cases like those described below may yield a polygon
mesh having a configuration that is not what you intended.
• When there is a small number of scanning points with respect to undulations in the scan object
• When areas with holes are too big or the shape of them is complex
In such cases, rescan just that area at a fine pitch. When little memory is available on the computer, it may be a good
idea to divide the area into parts and repeat rescanning several times to increase the number of scanning points
sufficiently, and then create the polygon mesh.
☞
Go to "3-4 Finishing Data," see "Selecting and Scanning a Specific Area."
Creating New Polygons
You can create new polygons using all the scanning points, including the data produced by rescanning. These polygons are
called a "polygon mesh." Creating a polygon mesh can make it possible for you to reproduce cavities and voids in the
object and fill in holes according to the surrounding shape.
Creating a polygon mesh for
area of connected voids...
Creating a polygon mesh when a
hole has occurred...
A polygon mesh is composed of polygons created by estimating the original shape of the scan object from the scanning
points. They differ from the polygons displayed immediately after scanning, which are generated simply by connecting the
scanning points.
...deletes surfaces, reproducing the
void area of the original!
...lets you fill in the hole
simply and easily!
Procedure
Click the [Create Polygon Mesh...] button.
1
The [Polygonization Options] dialog box appears.
[Create Polygon Mesh...] button
Select the parameters for creating a polygon mesh,
2
then click [OK].
For detailed information on the [Polygonization Options] dialog box, refer to the online help for Dr.
PICZA3.
If the polygon mesh is not what was intended, change
3
the parameters and create it again.
42
3. Creating 3D Data
3-5 Saving and Exporting Data
About Exportable Data
Scanning data is measuring points (scanning points) data obtained by scanning.
Polygon-mesh data is data composed of new polygons created by estimating the proper shape of the scan object from
the scanning data.
Line-scan data and point scan data are measuring-points data newly obtained respectively by line scanning and point
scanning.
However, the exportable file formats for each type of data are predetermined.
For detailed information, refer to the online help for Dr. PICZA3.
You can take data obtained by scanning and creating polygon meshes and save it in a file format compatible with Dr.
PICZA3. You can also convert (export) data and save it in a file format allowing import into other programs.
Saving Data
Go to the [File] menu and click [Save As]. The data is saved in Dr. PICZA project format.
In addition to working with saved files with Dr. PICZA3, you can edit them using 3D Editor, an editing program for 3D data.
Dr.PICZA project format
Scanning data
Polygon-mesh data
Line-scan data
Point-scan data
Save
Scanning data
Polygon-mesh data
Line-scan data
Point-scan data
All data is saved in a single file.
Exporting Data
When you want to take data obtained by scanning and make use it with a 3D CAD program or other such program, you
export the data.
Choose some data.
Scanning data
Polygon-mesh data
Export
Line-scan data
Point-scan data
DXF format, STL format etc.
Scanning data
3. Creating 3D Data
43
3-5 Saving and Exporting Data
Procedure
At the Scan List, select just the data you want to
1
export and display the window.
Click the [ ] button. Click the file format you want
2
to use for exporting.
Select the box of
the object you
want to export.
Depending on the file format you clicked, a dialog
3
box may appear. Choose a selection supported by
the program with which you want to share the data,
then click [OK].
Type in the name of the file to export, then click
4
[Save].
44
3. Creating 3D Data
4.
Editing Scanning Results
Using 3D Editor
This chapter describes basic operation methods for "3D Editor," the 3D-data
editing program included with the machine.
-
45
4-1 What You Can Do Using 3D Editor
3D Editor lets you do things like the following.
Enlarge and reduce Deforming operations such as stretching in one direction are also possible.
Move and rotate Specifying numerical values for the movement distance and angle of rotation is
also possible.
Sever You can divide an object into parts. Filling cut surfaces is also possible.
Delete You can delete unneeded objects.
Merge
Reduce the number This reduces the amount of data while keeping detail.
of polygons
Smoothing feature This smooths the surfaces of objects.
Export Data can be saved in a wide variety of file formats.
Repolygonization This creates a polygon mesh by using imported data.
For detailed information on the features of 3D Editor, refer to the online help for 3D Editor.
Note that 3D Editor can only work with surface models.
You can unite a number of objects. There is even an alignment feature for doing this.
46
4. Editing Scanning Results
4-2 Importing and Exporting Data
3D Editor also supports importing for PIX-format
files from Dr. PICZA versions 1 through 2.
This section describes how to import and export data using 3D Editor.
Importing Scanning Results Immediately
In Dr. PICZA3, clicking the [Run 3D Editor] button starts 3D Editor and simultaneously imports the displayed scanning
results.
[Run 3D Editor] button
Dr.PICZA3
3D Editor starts and data is imported.
Importing and Exporting
Clicking the [Import] button lets you import files in Dr. PICZA
project format, DXF format, and so on.
Clicking the [Export] button lets you save data in a wide variety of file formats that are useful for creating 3D CAD data and
3D computer graphics.
[Import] button
[Export] button
Importing More Than One Set of Data
You can use the [Import] button to import more than one set of data and place a number of objects in the 3D Editor window.
4. Editing Scanning Results
47
4-3 Basic Operations for Objects
This section describes the windows in 3D Editor and how to perform simple editing using the program.
How to View the 3D Editor Window
The 3D Editor window is composed of panels that display the object from four different perspectives at the same time. You
can carry out editing tasks using any one of these views.
To p
This is a view of the object seen from directly
above. You use it at times such as when you want
to move only in the X or Y direction. Z-direction
movement is not possible.
This indicates
the X, Y, and Z
orientation.
Perspective
You use this when you want to view the overall
shape. You can move in all three directions (X, Y,
and Z), but it does not let you gauge the direction
or distance of such movement with any accuracy.
Front
This is a view of the object seen from directly in
front. You use it at times such as when you want to
move only in the X or Z direction. Y-direction
movement is not possible.
Imported objects appear in the Object List. You can perform tasks such as displaying only the objects you want to view and
deleting unneeded objects.
Object List
48
4. Editing Scanning Results
Side
This is a view of the object seen directly from the
side. You use it at times such as when you want to
move only in the Y or Z direction. X-direction
movement is not possible.
Group name
This is a collection of multiple objects.
Object name
4-3 Basic Operations for Objects
Let's Try Editing Data with 3D Editor
Let's try some simple editing. We'll scan an apple with the machine, then try cutting and moving it. The explanations in this
section begin at the point where you have scanned an apple using Dr. PICZA3.
Procedure
Start 3D Editor.
1
Click the [Run 3D Editor] button.
Dr.PICZA3 Window
Try cutting the apple vertically. First, do the preparation.
2
Click the [Cut at Plane] button.
3D Editor starts.
The scanning data for the apple is
imported at the same time.
The cut surface and a dialog box appear.
Cut
surface
Dialog box
4. Editing Scanning Results
49
4-3 Basic Operations for Objects
Using the [Front] window, let's try shifting the cut surface to the left, then carry out cutting.
3
Drag the cut surface to move it to the left.
1
When you have decided on the cut location, click
2
[Run].
The apple is divided into two parts. However, its still looks like a single object.
New objects with names like
[Cut-0] and [Cut-1] appear in the
Object List.
Let's try separating the two objects.
4
When you're done with the operation, right-click to quit the [Move Object] mode.
Click the [Select Object] button.
1
Click the left part of the apple to
2
select it.
3
4
Click the [Move Object] button.
Drag the portion you selected to the left.
50
4. Editing Scanning Results
Now try orienting the cut surface of the apple on the right to face the front.
5
You can only do this when you're in the [Top] window.
When you're done with the operation, right-click to quit the [Move Object] mode.
Click the [Select Object] button.
1
4-3 Basic Operations for Objects
Click the [Rotate Object] button.
3
Drag to turn the object counter-
4
clockwise.
Click the right side of the
2
apple to select it.
Finally, let's try deleting the cut-off object.
6
This operation can be carried out from any perspective except [Side].
Click the [Select Object] button.
1
Look at the [Perspective]
window to see how the cut
surface faces the front.
The cut-off portion is deleted.
Click the cut-off portion to select it.
2
Click the [Erase] button.
3
When you view the Object
List, you see that [Cut-0] has
been deleted.
4. Editing Scanning Results
51
52
5. What to Do If...
This section describes how to resolve problems that can occur during opera-
tion, and what is required when moving the machine to a different location.
53
5-1 What to Do If...
The power doesn't come on or go off.
The power doesn't come on.
Are the AC adapter and the power cord connected correctly?
•Connect the AC adapter and power cord securely so that
they do not come loose.
•Unplug the AC adapter from the electrical outlet, then plug
it in again.
Is the door open?
Close the door. The power does not come on while the door is
open.
The power is not switched off when the door is opened.
Is a foreign object caught in the interlock switch?
Remove the foreign object.
Scanning is impossible.
The power button illuminates red.
The machine is malfunctioning. Immediately unplug the AC
adapter from the electrical outlet and contact your authorized
Roland DG Corp. dealer.
The power button flashes red.
Are the head retainer or the screws securing the table
still attached?
Be sure to remove them before you turn on the power.
Is anything placed on some internal location other than
the table?
Remove whatever has been placed.
The message "COM:** not ready" appears on the
computer.
Is the machine powered up?
Be sure to turn on the machine before you run Dr. PICZA3.
Is the number for the communication port set correctly?
In Dr. PICZA3, go to [Preferences] and make sure the number
for the communication port is set correctly.
Are you using a lengthy USB cable or a USB hub?
Use the included USB cable. Never use a USB hub or the like.
After you have checked the matters just described, if scanning is still not possible, then take action as follows.
1. Switch off the power.
2. Unplug the AC adapter from the electrical outlet, then plug
it in again.
3. Restart the computer.
4. Switch on the power.
Other Symptoms
Scanning ended, but the computer then stopped.
Does the computer have enough memory?
Go to Dr. PICZA3's [Settings for Scanning] dialog box and
check how much memory is required, then increase the scanning pitch. Alternatively, consider installing more memory.
When scanning exceeds the amount of free memory on the
computer, the operation of the computer may become very
slow.
The message "Can't find MODELA Player" or
"Can't find 3D Engrave" appears on the computer.
The power button illuminates red and blue.
Open the door, then close the door and turn on the machine
again.
• About the illumination pattern of the power button
☞Go to "1-2 Names and Functions," see "About the Indicator
Lights."
The message "Cannot communicate with present
scanner" appears on the computer.
Is the number for the communication port set correctly?
In Dr. PICZA3, go to [Preferences] and make sure the number
for the communication port is set correctly.
☞Go to "2-4 Installing and Setting Up the Software," see "Mak-
ing the Settings for Using Dr.PICZA3."
54
5. What to Do If...
The buttons for running these do not function on this system.
They become available when you are using it together with
the MODELA series or the like.
Uninstalling the driver
Remove [Roland LPX-60 USB Device] from the list of [Add or
Remove Programs] (or [Add/Remove Programs]).
☞See the next section "What to Do If Installation Is Impos-
sible."
What to Do If Installation Is Impossible
If installation quits partway through, or if the wizard does not
appear when you connect the USB cable, take action as follows.
Before you perform this procedure, make sure the power to the
machine is turned on.
Continued on the next page
5-1 What to Do If...
1. If the [Found New Hardware Wizard] dialog box appears, click [Finish] to close it.
2. Display [Add or Remove Programs] (or [Add/Remove
Programs]).
Windows XP
From the [Start] menu, choose [Control Panel], then click
[Add or Remove Programs].
Windows 2000/Me/98 SE
From the [Start] menu, choose [Settings], then [Control
Panel], then double-click [Add/Remove Programs].
3. Uninstall [Roland LPX-60 USB Device].
Click [Change/Remove].
1
3. Delete [LPX-60].
Windows XP/2000
Windows Me/98 SE
Double-click [Univer-
1
sal Serial Bus controllers].
Click [LPX-60].
2
Click [View], then
3
click [Uninstall].
Click [OK].
4
Click [Continue].
2
4. Detach the USB cable connected to the computer.
5. Restart Windows.
6. Redo installation from the beginning.
☞Go to "2-4 Installing and Setting Up the Software," see "In-
stalling the Driver."
If [Roland LPX-60 USB Device] does not appear in the list, follow
the steps below.
1. Display [System Properties].
Windows XP
Click the [Start] menu, then right-click [My Computer].
Click [Properties].
Windows 2000/Me/98 SE
Right-click [My Computer] on the desktop. Click [Properties].
2. Display [Device Manager].
Windows XP/2000
1
2
Click [Finish].
3
Click the [Hardware] tab.
Click [Device Manager].
Click [LPX-60].
1
Click [OK].
2
Click [OK].
3
4. Close the [Device Manager] dialog box and click [OK].
5. Detach the USB cable connected to the computer.
6. Restart Windows.
7. Redo installation from the beginning.
☞Go to "2-4 Installing and Setting Up the Software," see "In-
stalling the Driver."
Windows Me/98 SE
Click [Device Manager].
5. What to Do If...
55
5-2 When Moving the Machine
When you move the machine to another location, you secure the table and the head in place.
Procedure
Make sure the power to the machine is turned off, then detach the AC adapter, the USB cable, and the power
1
cord.
Remove the AC adapter holder and the head retainer.
2
Use the removed screws to secure the head retainer and the head in place.
Head retainer
The back of the machine
Open the door, then move the head to the location shown in the figure below.
3
➢ Be sure to use the handle when opening the door.
➢ Needlessly touching anything other than the knob may cause malfunction. Carry out this operation carefully.
Y screws
AC adaptor holder
Y screws
56
Grasp the knob and turn in the direction of the
arrow until it reaches the position where it strikes
the surface at the back of the machine.
5. What to Do If...
Knob
Holding the knob, lower the
head all the way.
5-2 When Moving the Machine
Position the head retainer, then provisionally tighten the Y screws in the sequence shown in the figure below.
4
Y screws Y screws
Reference
point
Using the protrusion at the front of the machine as the reference point, provisionally
tighten at the front.
Lift the head knob until it strikes the retainer, then use Y screws to fasten the head to the retainer.
5
Finally, firmly tighten all screws to secure in place.
Knob
Secure the table in place using X screws.
6
Adjust the position of the table so that the screw locations are lined up.
Adjust the table so that an imaginary line connecting the two screw holes is perpendicular to the front surface of the
machine.
After tightening the screws, check to ensure that the table is fastened securely.
Move the head back slightly toward the front,
line up the inner end of the retainer with the
screw locations, then tighten provisionally.
Y screws
X screws
5. What to Do If...
57
58
6. Appendix
59
6-1 Table Dimensional Drawing
70
110
150
16
45º
12 screw holes (M6, depth 4mm)
203.2
45º
1/2 scale
(Unit: mm)
60
6. Appendix
6-2 Locations of the Power Rating and Serial Number Labels
Serial Number
This is required when you seek
maintenance, servicing, or support.
Never peel off the label or let it get
dirty.
Power Rating
Use an electrical outlet that
meets the requirements for voltage, frequency, and amperage
given here.
6. Appendix
61
6-3 Specifications
Machine Specifications
Table size
Maximum scanning area
Scanning pitch
Repeat accuracy
Maximum table load weight
Laser
Sensor
Scanning method
Operating speed
Interface
Power supply
Power consumption
Dimensions
Weight
Packed dimensions
Packed weight
Environment
Included items
Diameter 203.2 mm (8 in.)
Plane scanning: Width 203.2 mm (8 in.), height 304.8 mm (12 in.)
Rotary scanning: Diameter 203.2 mm (8 in.), height 304.8 mm (12 in.)
Plane scanning: width direction 0.2 to 203.2 mm, height direction 0.2 to 304.8 mm
Rotary scanning: circumference 0.2 to 3.6 degrees, height direction 0.2 to 304.8 mm
±0.1 mm (This figure reflects standard scanning conditions established by Roland DG.)
5 kg
Wavelength: 645 to 660 nm
Maximum output: less than 390 µW
(maximum output of the laser light emitted inside housing is 5 mW)
Noncontact laser sensor
Spot-beam triangulation
Table rotation speed: 10.06 rpm, head rotation speed: 4.98 rpm,
maximum head movement speed: 50 mm/sec.
USB (compliant with Universal Serial Bus Specification Revision 1.1)
Dedicated AC adapter
Input: AC 100 to 240 V ±10% 50/60 Hz 1.7 A
Output: DC 19 V, 2.1 A
Approx. 20 W (including AC adapter)
500 [W] x 382 [D] x 619 [H] mm (19-11/16 [W] x 15-1/16 [D] x 24-3/8 [H] in.)
32 kg (71 lb.)
700 [W] x 603 [D] x 807 [H] mm (27-5/8 [W] x 23-3/4 [D] x 31-7/8 [H] in.)
41 kg (91 lb.)
Temperature: 10 to 40ºC (50 to 104ºF) (25ºC [77ºF] or more recommended)
Humidity: 35 to 80% (no condensation)
AC adapter, power cord, AC adapter holder, cable clamps, USB cable, CD-ROM, clay, user's manual,
Roland LPX EZ Studio
LPX-60
System Requirements for the Software
Operating system
CPU
Memory
Free hard-disk space
required for installation
Display
Windows 98 SE (Second Edition)/Me/2000/XP
Pentium 4 processor or better recommended
512 MB or more recommended
Dr.PICZA3: 20 MB or more
3D Editor: 10 MB or more
800 x 600 resolution and 16 bit colors (High color) or more recommended.
OpenGL-compatible accelerator board recommended.
System Requirements for USB Connection
Operating system
Computer
• Whether a USB connection is possible depends on the specifications of the computer. To determine whether the computer you're using is capable of correct USB operation, check with the manufacturer of the computer.
• Use the included USB cable. Never use a USB hub or the like.
62
6. Appendix
Windows 98 SE (Second Edition)/Me/2000/XP
1) Computers preinstalled with Windows 98 SE/Me/2000/XP at the time of purchase
(This includes such computers later upgraded to Windows Me/2000/XP.)
2) Computers on which USB operation is assured by the manufacturer of computers
63
64
Please read this agreement before opening the sealed disk package
Opening the sealed disk package implies your acceptance of the terms and conditions of this agreement.
Roland License Agreement
Roland DG Corporation ("Roland") grants you a non-assignable and non-exclusive right to use the COMPUTER
PROGRAMS in the disk package ("Software") under this agreement with the following terms and conditions.
1. Coming into Force
This agreement comes into force when you purchase and open the sealed disk package. The effective date of this
agreement is the date when you open the sealed disk package.
2. Ownership
Copyright and property of this Software, logo, name, manual and all literature for this Software belong to Roland
and its licenser. The followings are prohibited:
Unauthorized copying of the Software or any of its support files, program modules, or literature.
Reverse-engineering, disassembly, decompiling, or any other attempt to discover the source code of the Software.
3. License Restrictions
Roland does not grant you the right to sub-license, rent, assign, or transfer the rights granted under this agreement or the Software itself (including the accompanying items) to any third party.
You may not provide use of the Software through a time-sharing service and/or network system to any third party
who is not individually licensed to use this Software.
This Software may be used by one person using a single computer on which the Software is installed.
4. Reproduction
You may make one copy only of the Software for back-up purposes. The ownership of the copied Software
belongs to Roland.
You may install the Software onto the hard disk of a single computer.
5. Cancellation
Roland retains the right to terminate this agreement without notice immediately upon occurrence of any of the
following:
Violation by you of any article of this agreement
Commission by you of any serious breach of faith with respect to this agreement
6. Limitations on Liability
Roland may change the specifications of this Software or its materials without notice.
Roland shall not be liable for any damage that may be caused by the use of the Software or by exercise of the
right licensed by this agreement.
7. Governing Law
This agreement is governed by the laws of Japan, and the parties shall submit to the exclusive jurisdiction of the
courts of Japan.
R1-060620
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