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Technical
Manual
Copyright © 2013 Jeisys Medical Inc. All Rights Reserved.
The copyright for this Technical Manual book belong to Jeisys Medical, Inc. - Attempts to
copy this document without permission is strictly prohibited.
Product warranty or service will not be given if: (1) the product items is repaired, modified or
altered, unless such repairation, modification of alteration is authorized by Jeisys Medical Inc;
or (2) the serial number of the product is defected or missing.
This service manual book is standard option for Edge ONE, our company do not responsible
if the customer do repairation, or modification outside standard option that cause damage or
loss.
Product and corporate names appearing in this manual may or may not be registered
trademarks or copyrights of their repective companies, and are used only for identification or
explanation and to the owners' benefit, without intent to infringe.
Jeisys Medical, Inc reserves the right to make changes in specifications shown in this manual
without notice or obligation. Contact your Jeisys Medical, Inc representative in your country
or Jeisys Medical, Inc. Oversea After Service Department at +82-2-2603-6417 or by email at
[email protected].
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Table Of Contents
1. Introduction ........................................................................................................ 1
1.1. Term of Use ......................................................................................................... 1
1.2. Abbreviation........................................................................................................ 1
1.3. Sign Label ............................................................................................................ 1
1.4. Technical Specification....................................................................................... 2
2. System .................................................................................................................. 3
2.1. Components and features................................................................................... 3
2.2. CO2 Packaging lists ............................................................................................ 5
2.3. Machine Installation ........................................................................................... 6
2.3.1. Machine Electricity Input .................................................................................. 6
2.3.2. Machine Installation and Storage ..................................................................... 6
2.3.3. Moving the Machine ........................................................................................... 7
2.3.4. Machine Maintenance ........................................................................................ 8
2.3.5. Warranty Period ................................................................................................. 8
3. CO2 Fractional parts .......................................................................................... 9
3.1. System diagram................................................................................................... 9
3.2. Main board ........................................................................................................ 10
3.3. Glass Tube Power ............................................................................................. 11
3.4. Water Pump ...................................................................................................... 12
3.5. SMPS .................................................................................................................. 12
3.6. Air pump ........................................................................................................... 13
3.7. Axis Boards ....................................................................................................... 17
3.7.1. X axis .................................................................................................................. 17
3.7.2. Y axis ..........................................................................................................................................17
3.8. Fractional board ............................................................................................... 16
3.9. Shutter Laser..................................................................................................... 13
3.10. Water Tank ....................................................................................................... 13
3.11. LCD set .............................................................................................................. 14
4. Device operation................................................................................................ 23
4.1. Turning On ........................................................................................................ 25
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4.2. Modes of treatment ........................................................................................... 26
4.2.1. Fractional mode ................................................................................................ 26
4.2.2. Surgical Mode ................................................................................................... 30
4.3. Turning Off ....................................................................................................... 33
4.4. Setup Menu ....................................................................................................... 33
4.4.1. Calibration ........................................................................................................ 34
4.4.2. Service ................................................................................................................ 35
4.4.3. Upgrade UI ........................................................................................................ 37
4.5. Open Case .......................................................................................................... 38
4.6. Monitor disassembling ..................................................................................... 41
4.7. Laser Beam Setting ........................................................................................... 42
4.8. Measure Laser Power ....................................................................................... 43
4.8.1. Machine Socket Procedure .............................................................................. 43
4.8.2. End of ARM ...................................................................................................... 44
4.8.3. End of H/P ......................................................................................................... 44
4.8.4. Power Table ....................................................................................................... 45
4.9. Laser Alignment................................................................................................ 45
4.9.1. Guide Beam alignment ..................................................................................... 45
4.9.2. Laser Beam Alignment ..................................................................................... 47
4.9.2.1. Low Point Laser Beam ..................................................................................... 47
4.9.2.2. High Point Laser Beam .................................................................................... 48
5. Error Message Box ........................................................................................... 50
6. Trouble Shooting .............................................................................................. 51
6.1. Switch ON but Machine don't operate ........................................................... 51
6.2. Guide Beam out of range / hit the tip .............................................................. 52
6.3. Key OFF but Power don't OFF ....................................................................... 52
6.4. No Guide Beam ................................................................................................. 53
6.5. InterLock take-off but no notice sound .......................................................... 54
6.6. LCD not ON ...................................................................................................... 54
6.7. Scanner Abnormal ............................................................................................ 55
6.8. Procedure for Laser Align diagnosis............................................................... 56
6.9. Procedure for Air didn't Flow ......................................................................... 57
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1. Introduction
1.1. Term of Use
This manual has prepared to help technical personnel to understand the EDGE ONE
system. If any part of this manual is not clear, please contact Jeisys representative for
clarification at [email protected].
1.2. Abbreviation
A Ampere(s)
V Volt(s)
AC Alternating Current
DC Direct Current
Cm Centimeter(s)
Hz Hertz
J Joule(s)
J/cm2 Joule(s) per square centimeter
W Watt(s)
Mm Millimeter(s)
Kg Kilogram(s)
Ms Millisecond
LCD Liquid Crystal Display
PCB Printed Circuit Board
SBC Single Board Computer
1.3. Sign Label
Label for safety
Symbol/Label Description
Radiation Display Label
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Laser Class4 Label
Danger sign Label
Interlock Label
Electric Shock Hazard Label
1.4. Technical Specification
Quantity Units
Laser Type CO2 Laser
Wavelength 10,600nm
Power Output (continuous) 1~30W, Edge Pulse
Power Supply 220-240V, 60Hz, 1KVA
Pulse Energy 1 ~ 300mJ
Spot Density 2~40, 100%
Scan Area Size From 1 x 1mm To 15 x 15mm (fractional)
Scan Area Shapes Square, Triangle, Circle
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Beam Patterns
Operation Mode Moving, Auto
Length of Pulse 0.5 ~ 1ms (surgical mode, ultra)
Display Color LCD touch screen
Weight 40kg
2. System
2.1. Components and features
Emergency Stop Aiming beam
Button Control
Arm
Arm Rest Key Switch
Hand piece
Touch LCD
Handle
Foot Switch
Caster
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Foot switch Main power Main power
socket socket switch
Inter Lock
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2.2. Edge SG Basic Packaging lists
Name Quantity Figure
Body 1ea
Arm 1ea
Fractional Hand-piece 1ea
Foot Switch 1ea
Power cable 1ea
2ea
Eyes protector (user 1ea;
patient 1ea)
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2.3. Machine Installation
2.3.1. Machine Electricity Input
Check the plug-in whether it's connected properly to a main
electricity supply.
Do not use bad wires. A fire may be caused by short circuit.
Do not put a plug into a socket with a wet hand. You could
have an electric shock.
Putting several plugs into a socket may cause a fire.
2.3.2. Machine Installation and Storage
Do not leave it's wire near a heater, it might be melted or
have a short circuit.
Keep a device away from heat.
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It is important to keep a device away from an oil to avoid
the risk of fire.
Do not put a machine in a narrow space like built-in
furniture. The device may be damaged by high
temperature of over 30°C
2.3.3. Moving the Machine
Be careful not to drop the hand-piece. The lens inside the
hand-piece could be broken.
Do not tilt a machine.
Do not pour water or heavy materials on machine's upper
case.
Please make sure the device is switched off and
unplugged when a device is not in use.
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2.3.4. Machine Maintenance
Do not use equipment near things that could be easily
burnt out.
Only engineers are allowed to carry out a maintenance job
for safety reasons.
Don't force when unplug the electricity.
2.3.5. Warranty Period
Jeisys gives 1 year (12 months) warranty for machine (body, arm, laser Glass tube) and
hand-piece parts from the shipping date. Guarantee policies for any damage, defective,
or faulty will be compensated as free if the problems caused by deliberation or
negligence.
If there was problem or any inconveniences when using the machine, please login to
Jeisys After Sales Service homepage (http://as.jeisys.com:8080) and write the problem
through homepage or contact us at [email protected]. The fixing for
machine components will be done by distributor's engineering by following instruction
in Technical Manual.
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3. System Block diagram
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4. Part Lists
4.1. Main board
8 9
1
2
7
11
3
4
6
5
10
This main-board uses 12 V DC. Main-board function:
1. LCD data cable connector
2. Touch cable connector
3. Graphic controller
4. Micro computer processor unit
5. SD card (back ground image data)
6. Power input 12VDC
7. Laser control signal Pulse DA, Pulse On/Off
8. Inter Lock
9. Shutter
10. Foot switch
11. Buzzer
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4.2. Power for CO2 Laser Glass type tube
Specification:
Input Voltage AC220V or AC110V
AC frequency 47-440 Hz
Input
Cold Surge Current 60A (AC220V Input) 30A(AC110 Input)
Current Leakage 0.7mA (AC220V Input) 0.4mA(AC110 Input)
Maximum Input Voltage DC 25KV
Output
Maximum Output Current DC 20mA
Efficiency 90% (full load)
Mean Time Between Failure (MTBF) 10000H
1ms (from the switch Signal is given to the output current up to 90%
Response Speed
of the setting current)
Cooling Way Force Air Cooling
Dimension LxWxH=167*144*91 (mm)
Environment Operating Temperature: 10-400C, Relative Humidity (RH) 90%
SMPS for CO2 Glass type, input 110-220V, output 15.000~ 20.000 Volts.
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4.3. Water Pump
Water pump, for pumping water to CO2 Glass Tube, uses 12V DC electricity.
It is controlled by Main board.
4.4. SMPS
Change the Voltage input from 220V or 110V to +12V, +24V, or -24V use for main board,
and pump.
[+12V for Main board]
[+/- 24V for Scanner system]
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4.5. Air pump
4.6. Servo motor for Shutter (HS-311)
Wire Map
Vcc (5V) :
10 PWM(signal) :
GND :
4.7. Water Tank
Water should be pure distilled water.
it should be exchanged by every year.
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4.8. 8.4" LCD set with touch screen
4.8.1. Specification
LED Backlight
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4.8.2. Block Diagram
4.8.3. Touch panel unit
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4.9. Foot Switch
To radiate laser beam, press the button `Standby' to be `Ready' on treatment screen
and then press the foot switch.
4.10. Fractional board
This board controls the x, y scanner system.
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4.11. Axis Boards
X axis: it controls the laser beam for Left or Right adjustment.
Y axis: it controls the laser scanner guide beam for Up or Down adjustment.
4.11.1. The axis driver function description
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4.11.2. Axis driver adjusting
For move LEFT and RIGHT, turn the W6 VR (Variable Resistant) on Y axis board.
For size UP or DOWN, turn the W5 VR on X axis board
The directions are counter clockwise for move to RIGHT and clockwise for move to LEFT.
W6 : Location change
W5 : Size change
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For move UP and DOWN, turn the W6 VR (Variable Resistant) on X axis board.
For size UP or DOWN, turn the W5 VR on X axis board
The directions are counter clockwise for move to UP and clockwise for move to DOWN.
W6 : Location change
W5 : Size change
4.11.3. Fractional
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Hand piece
Control buttons for scan
type & size
Move Up Move Down
: Set up scan type : Set up scan size
Handpiece tip
Button on the screen of treatment should be active to use the control
buttons for scan type and size.
The system should be to use the control buttons for scan type and
size.
4.11.4. Types of Fractional Hand piece Tip
120S Tip 120 Tip 350 Tip 800 Tip Surgical Tip
Types
Size of
120µm 120µm 350µm 800µm 120µm
beam
Range of 2 X 2mm - Single
2 X 2mm - 15X15mm
scan 10X10mm beam
Size of Even though the range of scan is same, the size of scan for 120µm
.
scan is smaller than the one of 350µm and 800µm
Density Density
Density setting
Density setting range: setting range: setting range: Attach when
range: 2-40%,
Description 2-40%, 100%, (1-961 2-40%, 100%, 2-40%, 100%, using Surgical
100%, (1-5625
dots/cm2) (1-441 (1-49 mode
dots/cm2)
dots/cm2) dots/cm2)
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4.11.5. ARM
Arm is a part of components to deliver laser beam light. The 10,600nm laser
radiation goes through seven mirrors and is delivered to the scanner handpiece.
Arm delivers guide beam for visualizing the area of treatment.
It is possible to rotate 360° to make treatment easier.
It is designed to prevent from swaying by fixing the arm to the arm rest.
CAUTION
Be careful to do not damage Touch LCD Screen by hand piece when turning
arm.
4.12. Vaginal Hand Piece
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4.12.1. Installation to the fractional Hand piece.
4.12.2. Connect the air hose( suction )
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5. Device installation
5.1 Connection of Foot switch / Power cord
Foot Switch Socket Power Cord Socket
Attach a foot switch connector to the foot switch socket located on the
lower side of back. Check out the connector's direction for the 5 holes of
socket before attachment.
5.2 Connection of Fractional Handpiece
Connect the end of articulated arm to a handpiece. Then connect an air hose to a
handpiece. When disassembling handpiece, do the same procedure adversely.
5.3 Connection of Fractional Handpiece Tip
Attach a tip to the bottom of fractional handpiece. It is magnet type and so
makes easy to attach and detach.
All the 5 tips can be attached as the same way above.
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There are locking latches on the casters of device fixation.
Confirm if the device is installed like the above picture.
6. Device Movement
6.1.1. Movement in operation room
When moving device, do the whole procedure
CAUTION
Use the handle only for transferring the device and move
slowly for safety.
6.1.2. Movement to distant place
If it is necessary to move the device to a place far away from the original
place, please contact to the manufacturer for efficiency and safety.
CAUTION
When moving the device to a distant place, it should be done by a person
who completed the technical course about CO2 laser device or contact the
manufacturer.
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7. Device operation
7.1. Turning On
Turn on the main power switch on the back of device.
Turn the key switch to `ON' when black screen is appeared after O/S booting.
Once Edge ONE logo is shown, touch anywhere of screen. It turns to system
checking and then changes to treatment mode screen.
Treatment Mode Screen
- Surgical Mode
- Fractional Mode
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Surgical Mode
- Click the `Surgical Mode'. Treatment Screen
Fractional Mode
- Click the `Fractional Mode'. Treatment Screen
7.2. Modes of treatment
7.2.1. Fractional mode
Density: It displays the coverage (%) of selected scan type ().
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Its value can be set up by the up/down buttons ().
Dots/cm2: display number of dots per unit (1cm2)
Total Dots: display actual number of dots irradiated through
(Range of setting: 120(s)um49-961 Dots/cm2, 120um49-
961Dots/cm2, 350um16-441Dots/cm2, 800um16-49Dots/cm2)
Pulse Energy: It displays the amount of pulse energy. (Watt x Time)
Its value can be set up by the up/down buttons ().
ms in the brackets means the time of pulse emitting.
(Range of setting: increase by 1mJ in the range of 1-300mJ but if
Watt is used for Edge pulse, it is increased by 1.80mJ in the range of 1.80-18.mJ
Total Fluence: It displays the total calculated energy delivered to a patient.
Stacking Times: It displays number of continuous irradiation per dot.
Its value can be set up by the up/down buttons ().
E.g. if it sets as `2', two shots of irradiation is done continuously in one
dot. (Range of setting: 1 or 2 only)
Shot Interval: It means the time between shot and shot.
Its value can be set up by the up/down buttons ().
(Range of setting: increase by 0.2s in the range of 0.2-3.0s)
Watt: It displays the selected value of Watt.
Its value can be set up by the up/down buttons ().
(Range of setting: can be controlled by 1watt in the range of 1 ~ 30Watt,
Edge pulse)
Edge pulse: High peak power super pulse
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Parameter change button: It is for changing the values of Density, Pulse
Energy, Stacking Times, Watt and Shot Interval as you want using up/down
buttons.
Memory: .It saves and displays the most frequently used setting.
Set the value of parameter after selecting the buttons from memory 1 to
5, and then press the Save button for more than 3 seconds for saving a
new parameter. And click the `OK' button when the following pop up
message is appeared. Now you can retrieve the saved setting by touching
the buttons from 1 to 5. If you want to cancel the selection, click one
more time the selected memory button.
Scan type and pattern:
Select the type and pattern as you want.
Size of scan:
Size of Size of Default
Types of tip
minimum scan maximum scan setting
120um Focusing
2X2 10X10
tip(S)
120um Focusing tip 2X2 15X15 10X10
350um Defocusing tip 2X2 15X15
800um Defocusing tip 2X2 15X15
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Moving: when selecting button, it makes continuous
irradiation during the time foot switch is pressed on.
Auto: when selecting button, it makes irradiation applying
stacking times and shot interval during the time the foot switch is pressed on.
E.g.> 16 dots/cm2 , Stacking Times : 3, Shot Interval : 0.8ms
Assume the treatment parameter as the above.
Shot Interval: 0.8ms It gives 3 shots per dot
<1st .
Shot> <2nd shot> continuously, 16 dots in the area
of 1cm x 1cm, and the 2nd shot is
irradiated 0.8ms after the 1st one.
During the time foot switch is on,
it irradiates continuously.
Stacking Times: 3
Stand by/Ready: It displays system status. Touch this button for being system
Ready to start treatment.
Ready: Ready state to irradiate laser beam
Stand by: Standby state to irradiate laser beam
Handpiece: when selecting button, it is possible to change type and size
of scan during treatment at will using the buttons located on the side of
handpiece.
Surgical mode: It changes screen to `Surgical mode'.
Reset: It displays the screen as default by resetting current one.
Set up: It changes screen to Set up. More explanation on section 4.1.1
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Tips: It displays all kinds of tip attached to scanner handpiece.
(Tips: 120Sµm, 120µm, 350µm, 800µm)
Surgical Tip (SM) works in the Surgical Mode only
7.2.2. Surgical Mode
SM
Laser Mode: It displays all kinds of Laser. When selecting Laser Mode button,
it can be changed as one's purpose.
(Range of setting: CW, Single, Repeat, Group Pulse, ULTRA)
Continuous irradiation during the
CW
time foot switch is on
Single 1 shot irradiation during On time
Irradiation by On Time and Off
Repeat Time alternately during the time
foot switch is on
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Irradiation applying On Time, Off
Pulses in Time, Pulses in a Group, and Group
a Group Interval during the time foot switch
is on
Irradiation of High Peak Power in
ULTRA the selected Hz during the time foot
switch is on
Figure: It displays the figures of pulse for each laser mode selected.
Pulses in a Group: It displays the number of pulse belong to a group applying
On time, Off time, Group Interval during the time foot switch is pressed on.
For instance, if it sets as `On time-100ms, Off time-100ms, Group Interval-2sec,
Pulses in Group-2', laser irradiation is done as the following picture.
On time On time On time
Group Interval Group Interval
Off time Off time Off time
Pulses in Group 2: Existing 2 pulses in one group
Group Interval: It displays the interval between set continuous irradiation
time and pulse group.
It can be controlled only when Laser mode() is `Group Pulse' mode. It can be
changed by the up/down buttons ().
(Range of setting: increase by 0.1 sec in the range of 0.1-9.9sec)
Power / Hz:
It displays the selected value of Watt in the cases of that Laser mode is `CW' /
`Single' / `Repeat' / `Group Pulse' each.
(Range of setting: increase by 1 in the range of 1-30W)
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It displays the selected value of Hz when Laser mode is `ULTRA'.
(Range of setting: increase by 10 in the range of 10-500Hz)
It can be changed by the up/down buttons ().
On Time/Pulse duration: When the Laser mode() is selected as `Single',
`Repeat', `Group Pulse', it displays On Time, but if the Laser mode is selected
as `ULTRA' mode, it displays Pulse duration.
(Range of setting: increase by 1 in the range of 1-1000msec when On Time, and
increase by 10usec in the range of 80usec-1000usec when Pulse duration)
It can be changed by the up/down buttons ().
Off Time: It can be controlled when Laser mode is selected as `Repeat' and
`Group Pulse' modes only.
It can be changed by the up/down buttons ().
(Range of setting: increase by 1 in the range of 1-1000msec)
Parameter change button: It is possible to change Pulses in a Group, Group
Interval, Power, On time, Off time as one's purpose by the up/down buttons.
Stand by: It displays system status. Touch this button for being system
Ready to start treatment.
Ready: Ready state to irradiate laser beam
Stand by: Standby state to irradiate laser beam
Fractional Mode: It changes screen to `Fractional mode'.
Reset: It displays the screen as default by resetting current one.
Set up:
Tips: It displays all kinds of tip attached to scanner handpiece.
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7.3. Turning Off
Turn the key switch to `OFF'.
System is turned off automatically in 5 seconds after the below screen is
appeared.
This system will be turned off
This system will be turned off in
5 seconds automatically.
And Turn off the main switch of the back.
in 5 seconds automatically. And
Turn off the main switch of the
back.
Once the device is turned off, make the main switch OFF on the back of system.
7.4. Setup Menu
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1 Calibration For touch calibration
2 Service For entering the engineer mode (password require)
3 Back Icon For back to previous menu
7.4.1. Calibration
Click the calibration button, and click OK button
Follow the X blinking point, when touch the point, hold it until the X point not
blinking, and then move to other point. After all point set, calibration will
automatically set.
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7.4.2. Service
On the service menu, it's allowed to enter engineer mode for do the Power Setting.
For entering the engineer mode, 3119 password needed.
After input the password, the screen will change same as picture below.
On Laser Output Setting screen, the `Read' box means current value, if modification
needed, click the 'Write' box, input new value by using the numpad on the bottom
box `Write Number', and then press `SAVE'. The new value will be saved into
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`Read' box. Do the measurement from 1 -30 Watt. The DA value input from 0 ~2000
value, if all set, press `Watt' on top left to return to previous screen.
The input value procedure same as power setting, when modify the value use `Write'
box, input number on `Write Number' box, after `Save' button pressed the value will
appear on `Read' box. The `HP CURRENT SHOT' and `HP LIMIT SHOT' can be
input from 0 ~ 9,999,999.
`Equipment Number' is the serial number only number and it should 10 digits. For
example: SN 123, so input should be 12300000000
Shutter On/Off
: ON on Standby, its Shutter's value data (around 1350 ~ 1450)
: OFF on Ready, its Shutter's value data (around 1700 ~ 1800)
For return to previous screen, press the Equipment Information button.
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7.4.3. Upgrade UI
For updating the UI, remove the mini SD Card on Main board.
Press and it will eject.
Connect the microSD card to computer. Copy the new update file and paste to sd card.
The files are bin format. See the sample file in the picture below.
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7.5. Cleaning
7.5.1. Cleaning of Touch Screen / Exterior of device
To transfer the device to a storage place, clean it first since it could be contaminated by
patients and medicinal substances during treatment.
Soak a soft pad in the noncorrosive detergent such as the fluids of 99% ethanol
or isopropyl alcohol, and wipe the screen and exterior of device smoothly with it.
Wipe out whole body once more by a clean dry cloth or pad.
CAUTION
Do not pour detergent fluid directly on touch screen or device.
It may cause failure of device.
7.5.2. Hand piece Maintenance
Fractional handpiece should be kept clean at all the time.
Lens should be cleaned by a wet cotton swab soaked by ethanol 90% fluid as the
below picture.
If it is not cleaned thoroughly by the above method, instill ethanol one or two
drop on the surface of lens and wait for 3 to 5 seconds to make dust or foreign
substances soaked.
Once the dust or foreign substances are wet enough, wipe them by a cotton swab.
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7.5.3. Maintenance of Fractional Hand piece Tip
Clean the whole body of tip by a soft
cloth and use a wet cotton swab with ethanol for
the part where touches skin directly.
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7.7 Open Case
Open the bolts (red box), and take off the side
cover like picture below.
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7.8 Monitor disassembling
For disassemble the LCD, unscrew the bolts behind the LCD case.
Press down the LCD front case
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Open the bolt, and take off the LCD and touch cable.
7.9 Laser Beam Setting
Laser Beam setting button placed on the top side of the machine, see the picture below.
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7.10 Measure Laser Power
Check the output power by using Ophir CO2 measure instrument; with arm and
without arm. Measure each power from 1W, 5W, 10W, 15W, 20W, 25W, until 30W
with allowance ±20% and 30% for higher power. There are there measurement points:
Machine socket, ARM and hand-piece. When measurement the laser power, make
sure the hand-piece and tip still connect with the machine.
7.10.1 Machine Socket Procedure
Put the power Meter same as the picture above, make sure the power meter stick with
laser output. Measure the output with Watt units. Measure each 5 Watt point different,
and it should add 4,3 Watt for each measurement point. Example: 1W on UI, real
measurement should be 5,3 Watt.
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7.10.2 End of ARM
Put the Arm like in the picture above, place about 1 cm above the measurement tool.
Measure the output, no added point for this part. Measure per 5 Watt (5,10, 15 W, etc)
7.10.3 End of H/P
Put the full set hand-piece, like in the picture above, place about 1 cm above the
measurement tool. Measure the real output, no added point for this part, the real Watt
might drop around 20%.
The minimum power for 30 Watt (Maximum point) should at least 21Watt(±0.5Watt).
Testing Power Setting Surgical Mode :
CW : 5,10,~30W per 5W ±20%
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7.10.4 Power Table
1W 2W 3W 4W 5W 6W 8W~30W
Machine Socket
End of ARM
End of H/P
The power table above, for measure in the socket part, procedure 5.11.1. The
measurement counts in Watt unit.
7.11 Laser Alignment
7.11.1 Guide Beam alignment
Open the side, front and rear cover from the machine.
Turn on the machine and align the Guide Beam.
(Notice: DO NOT shot the Laser Beam)
Separate the hand-piece from the arm and fold the arm until same as the picture
above.
Put the sign sticker on the , end of the arm. (See the previous picture and below)
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Example Pointer alignment method:
Guide Beam
Guide Beam
Initial Point Rotate the arm 180O
Align the Guide beam by turning the bolts on the red circle of the picture below.
Notice: there are two
types of bolt. One for
adjust the laser beam
and the other one for
locking the adjusted
position.
Initial Guide Beam
Move the pointer beam to the
direction between the initial guide
beam and after turn 180O guide beam.
Do several times (initial point and
180O point) until the alignment
correct.
180O Guide Beam
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7.11.2 Laser Beam Alignment
Two points JIGs.
Low points of laser align. High points of laser align.
When align the laser beam turn OFF the Guide beam.
7.11.2.1 Low Point Laser Beam
1. Put Low point Jig and sticker alignment like picture below on the laser source
without arm.
2. Mark on the sticker the Laser Beam shot result.
3. Align the Laser beam, by turning the bolts on the red circle of the picture below
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7.11.2.2 High Point Laser Beam
1. Put the High Jig on the laser source and set the target (see the picture).
Distance 1,4 Meter
W
A
L
L
2. Turn ON the guide beam and shot the laser.
The laser beam should be at same center position with guide beam. See the
picture below. Sign or mark the Guide Beam on wall, and shot the Laser
Beam. Compare the Guide Beam and Laser Beam position.
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3. Align the Laser beam, by turning the bolts on the red circle of the picture
below.
NOTICE: After finished High point, do again Low and High Point several times
until it's correctly aligned.
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8 Error Message Box
Code Content Note
[M-CODE: 0001] Out of the Footswitch No Footswitch detected
[M-CODE: 0002] The door is open. No Inter Lock detected
Water level no enough
[M-CODE: 0003] Water Error.
(not in use now)
On Standby/Ready when Shutter Limit
[M-CODE: 0004] Shutter Error.
sensor failed
Do you want to save
[M-CODE: 0005] Saving Parameter
parameter?
Code Message Type Note
OK Button
[M-CODE: 0001] ERROR
Shown after Ready active
No button
Shown after Ready active
[M-CODE: 0002] ERROR
Until Inter Lock connected the machine
can't be use.
OK Button
[M-CODE: 0003] ERROR
Shown after Ready active
OK Button
[M-CODE: 0004] ERROR
Shown after Ready active
[M-CODE: 0005]