Visslo F8 premier Operation Manual

OPERATION MANUAL

3D PATTERNLESS LENS EDGER/ F8 premier

Rev. 1014-0912

WWW.VISSLO.COM

#301, Apollo Town, 18-36, Sanbon-Dong, Gunpo-City, Korea Tel[phone] Fax[phone]

1. Introduction

1.1 Product outline & Intended use

1.2 Lens materials and edging modes

1.3 Accessary and locking / unlocking procedure

2. System components

2.1 System Layout

2.1.1 Overview

2.1.2 Front View

2.1.3 Rear View

2.2 Main Panel

2.3 Edger key switch

2.3.1 Sub Panel 2 (Right)

2.4 edging unit

3. Edgering data input

3.1 material selection

3.2 Edging data input

3.2.1 Standard lens

3.2.2 Bi-focal lens

4. Edgings

4.1 Standard(Beveling)

4.1.1 Automated edging

4.1.2 Controlled edging ( Decenteriged Edring )

4.2 Optional edging

4.2.1 Classifications by frames

4.2.1.1 Flat (Rimeless) edging

4.2.1.2 Grooving
A) Automated
B) Controlled ( Decenteriged )

4.2.2 Classifications by lens

4.2.2.1 EX lens edging

4.2.3 Edging by the function

4.2.3.1 Frame exchange edging

4.2.3.2 Safe mode lens Edging

4.3 Check and adjust lens size

3D PATTERNLESS LENS EDGER/F8 premier

INDEX

5. Save and retrieve data

5.1 Save and retrieve data

5.1.1 Save data

5.1.2 Retrieve data

5.1.3 Adjust the parameters

6. Installation and maintenance

6,1 Installation
6,2

check

6,3 maintenance
6,4 cleaning

7. Safety

7.1 Caution while use

7.2 Transfer

7.3 Wiring

8. Error codes

9. Usable environmental conditions

10. Symbol Description

1.1 Outline of the Product & Intended use

The lens Edger ( Model:F8 premier ) is edging the optical lens according to the tracing
data which is imported from the tracer unit ( Moder st-88 )
Thelens edger ( Moder:F8 premier ) consists of Edger unit, display and electronic unit.
The lens edger ( Model: F8 premier ) can be equipped with OMA compliances for
laboratory operation

1.2 Lens materials and edging modes

x : Edging is not available

Flat

Bevel

Lens

material

(Acrylic resin)

Edging mode

(Hi-index plastic)

PLA

(Plastic)

HPA

oo

Beveling

o

o

o

PolishingGrooving Flat Chamfering

o

o

o o

PC

(Polycarbonate)

GLS

(glass)

o

o o

o

o

o

o

ACR

o

o

o

o

o

o o

x

o

Chapter 1. Introduction

o

x x

o o

1.3 Accessaries &locking & unlocking procedure

1.3.1 Composition

1) Main body 1 Unit

2) Manual blocker 1 Unit ( Optional )

3) Power cable

4) Leap tape -- 100 pcs for 28mm, 100 pcs for 18mm

5) Operation manual

6) Dressing stick -- #100, #400, #3000 each 1 pc
#100 -- Glass wheel
#400 -- Finishing wheel , Chamfering wheel
#3000 -- Polishing wheel

7) Tool Box

8) Pump Unit (Optional)

Tool Box Composition

Frame jig

Wrench set

Calibration jig

Leap cup

Lens adaptor

Lens clamp

Fuse

Leap cup remover
( Block remover )

Pattern & Demo Lens Holder

Wrench driver

1.3.2 Accessaries and Locking & unlocking procedure

Warning

Be sure to take fixing unit out before turning on certainly since fixing unit are
installed to prevent the damage during transportation

1) Open cover upside after taking the bolts out both sides of the cover upside

fixing unit A

fixing unit Afixing unit A

fixing unit A~~~~DDDD

red-colored

red-coloredred-colored

red-colored

red-colored

Head Up

Head UpHead Up

Head Up////Down Locking A

Down Locking ADown Locking A

Down Locking A

red-colored

Head L

Head LHead L

Head L----R Locking B

R Locking BR Locking B

R Locking B

Edger fixing unit location

Edger fixing unit locationEdger fixing unit location

Edger fixing unit location

Feeler Locking C

Feeler Locking CFeeler Locking C

Feeler Locking C

Groove Locking

Groove LockingGroove Locking

Groove Locking DDDD

fixing with

fixing with fixing with

fixing with

adhesive tape

adhesive tapeadhesive tape

adhesive tape

*chock any interference with movement

*chock any interference with movement*chock any interference with movement

*chock any interference with movement
Locking units should always removed with turn off condition.

Locking units should always removed with turn off condition.Locking units should always removed with turn off condition.

Locking units should always removed with turn off condition.
locking units should always be placed when the transportation is necessary.

locking units should always be placed when the transportation is necessary.locking units should always be placed when the transportation is necessary.

locking units should always be placed when the transportation is necessary.
improper handling could cause the damage which is not covered underwarrenty.

improper handling could cause the damage which is not covered underwarrenty.improper handling could cause the damage which is not covered underwarrenty.

improper handling could cause the damage which is not covered underwarrenty.

3)Edger fixing lockerA ,B, C, D is limited.

3)Edger fixing lockerA ,B, C, D is limited.3)Edger fixing lockerA ,B, C, D is limited.

3)Edger fixing lockerA ,B, C, D is limited.

2.1 System Layout

2.1.1 System Overview

Fig. 1

2.1.2 Front view

Chapter 2. System components

WxLxH (Approx.) : 800 x 430 x 410 (mm)

Control

ControlControl

Control Panel

PanelPanel

Panel

Sliding Cover

Sliding CoverSliding Cover

Sliding Cover

Edger Key Switch

Edger Key SwitchEdger Key Switch

Edger Key Switch

Water Drain Port

Water Drain PortWater Drain Port

Water Drain Port

Water Inlet Port

Water Inlet PortWater Inlet Port

Water Inlet Port

LCD Display

LCD DisplayLCD Display

LCD Display

* Control Panel : Shows and control all menu

* Edger Key switch : Controls conditions before edging

* Sliding Cover : Shields the noise and filthy water while edging

* Water Inlet Port : Outside nozzle to deliver water while edging

* Water Drain Port : Outlet to release water after edging

2.1.3 Rear view

Fig. 3

* RS-232C Connector : Connector to interface with equipment outside.

* Barcode Scanner Connector : Connector to interface with bar code scanner

Cooling Fan

Cooling FanCooling Fan

Cooling Fan

RS

RSRS

RS----232

232232

232C

C C

C

Interface Connector

Interface ConnectorInterface Connector

Interface Connector

Barcode

BarcodeBarcode

Barcode

Scanner Connector

Scanner ConnectorScanner Connector

Scanner Connector

Pump

PumpPump

Pump1

1 1

1 Connector

ConnectorConnector

Connector

Power Switch

Power SwitchPower Switch

Power Switch

Power Connector

Power ConnectorPower Connector

Power Connector

Blocker

BlockerBlocker

Blocker
Connector

ConnectorConnector

Connector

Tracer

TracerTracer

Tracer
Connector

ConnectorConnector

Connector

2.2 Control Panel

Fig. 4

1. : Lens material --- Choose PLA(Plastic), HPL(High index plastic),
PC(Polycarbonate),GLS(Glass),or ACR(Acrylic resin)

2. : Frame material --- Choose MTL(Metal), CEL(Celluloid)/ZYL, PNT(two-point),
or NYL(Nylor)

3. : Edging mode - 3:7(Auto), 4:6(Auto), 5:5(Auto), CTR(Manual),

EX(EX lens ) are available.

EX lens edging

Controlled grooving

Automated grooving

Rimless(Flat)edging

Edging mode

Controlled beveling

Automated beveling

12114

6 7 8

9

10

2

51

3

4. : Use when choose rimless polishing mode.

{(This key is not working in Type GLS(Glass)}

5. : Use when choose frame switching mode.

6. : Use when choose the sides of lens or right(R) or left(L)

7. : Use when choose in setting up the steps of the figures if change edging data.

8. : Use when choose specific menu.

9. : Use when move cursors

10. : Use when regulate the increments and decrements of edging data

11. : Use when transmit the traced data to screen panel.

12. : Use when change input shape of designed data

13 15 16 17

18

19

20

22

26 27

28

MIN : 70.00

V(Vertical)

H(Horizontal)

14

23

24

25

21

13. Indicate changed volume of the figures to enter

Use key and shows by 0.01, 0.1, 0.5(mm)

14. Indicate process steps

Layout Mode : steps to enter edging conditions

Measure process : steps to measure the thickness of lens

Controlled edging ,EX lens edging: Controlled edging,EX lens edging

Rough process : steps to edger roughing wheel

Bevel process : steps to bevel

Finish process : steps to edge delicate

Polish process : steps to polish

Groove process : steps to groove

Chamfer process : steps to chamfer

15. Shows the clamp is locked or not.

: chuck : unchuck

16. Shows chamfered or not

: no chamferring :Chamferring

17. Lens materials

: Plastic : High index plastic : Polycarbonate

*Front or Rear

*Both

: Glass : Acrylic resin

18. Frame materials

: Metal : Celluloid

: Nylon : two-point (drilled)

19. Edging mode

: Auto mode : Controlled mode : EX lens mode

* (Blank) indicates the flat edging without grooving.

20. Shows polishing mode.

: Polishing : No polishing

21. Frame changing mode

: Frame changing mode

22. the selected side of a lens to be edged(R/L)

: Right : Left

23. Optical center

Fig. 6

fig.6

Fig. 7

: Distance between rim center and optical center by the steps of 0.1mm

: Crossing distance from optical center to lens vertically

: Crossing distance from optical center to the bottom of lens vertically

24. FPD (Frame pupil distance) - Pupil distance of glasses frame

DBL (Distance between nasal points) - Distance between nasal points and frame.
(Fig.6,7)

DBLLLL

PD

FPD

25. PD (Pupillary distance)

(30.00mm~99.50mm by the steps of 0.5mm)

26. SIZE (Size compensation value)

Indicates the compensation value for the complete lens size required from
diameter,which is originated from traced size of the frames or patterns(0.00)

27. Layout mode

: (Optical center)

: (Frame center)

Indicate horizontal and vertical distance between optical center and
frame center

: Bi-focal lens mode

27. Memory address(MEM)

Store or read the traced pattern data while use memory function and may be able
to store up to 120 addresses.

MIN : 70.00

V(Vertical)

H(Horizontal)

2.3 Edger key Switch

2.3.1 Menu

: Retouch -- minor adjusting

: Safety Bevel -- chamferring mode on/off

: CHUCK

: START -- Start Edging

: STOP -- Stop Edging