Please read the manual carefully before using the product

To ensure production safety, please read the "Safety Instructions"

The design and use of this product comply with relevant specifications:

EN 60204-2018 Safety of machinery – Electrical equipment of machines

EN 61000-2011 Electromagnetic compatibility(EMC)

Safety Instructions

All installation, operation and maintenance work should only be carried out by professionals.

People and property maybe seriously injured in the following situations： ▲Unauthorized removal of the cover ▲Wrong installation and use

Internal or external changes to the equipment can only be carried out after consultation with Eclipse or Eclipse dealer certified technician.

The company is not responsible for safety injuries caused by the improper use of machine that is not authorized by Eclipse or Eclipse dealer certified technician.

Table of Contents

1.1 Eclipse 3547 Digital Die Cutters Introduction ............................................ 06

1.2 Eclipse 3547 Technical Parameters ............................................................. 07

2.1 Preparation Before Installation..................................................................... 08

2.1.1 Customer Installation Site Requirements .......................................... 08

2.1.2 Other Preparations .............................................................................. 08

2.1.3 Technician Requirements .................................................................... 08

2.2 List of Installation Tools ................................................................................ 09

2.3 Unpacking Instructions ................................................................................ 09

2.3.1 Unpacking Inspection and Notice ...................................................... 09

2.3.2 Check Before Unpacking..................................................................... 10

2.3.3 Installation of Equipment .................................................................... 12

2.3.4 Eclipse 3547 Power Connection ........................................................ 13

2.3.5 Connection Between Machine and Computer.................................. 14

2.4 Computer Configuration ............................................................................... 15

2.4.1 Windows Update ................................................................................. 15

2.4.2 Driver Updates ..................................................................................... 16

2.4.3 Windows Boot Configuration ............................................................. 16

2.5 Eclipse Software Suite Installation............................................................... 18

2.5.1 Folder Directory Setup ........................................................................ 18

2.5.2 Cut Control Software Installation ....................................................... 18

2.5.3 Design Manager Installation ............................................................... 19

2.5.4 Configuring Admin & Security Privileges .......................................... 20

2.6 License Key Software Installation ................................................................ 21

Table of Contents

2.6.1 CodeMeterRuntime Installation.......................................................... 21

2.6.2 iEcho Sentinel Software Installation................................................... 21

2.7 Pre-Boot Configuration.................................................................................. 22

2.7.1 Power Supply Voltage Confirmation ................................................... 22

2.7.2 Hardware Check.................................................................................... 22

2.7.3 Air Pressure Confirmation ................................................................... 22

2.8 Booting the Eclipse........................................................................................ 22

2.8.1 Booting Sequence................................................................................ 22

2.9 Hardware ........................................................................................................ 23

2.9.1 DK 1.5mm/0.9mm Cut Tool ................................................................ 23

2.10 Feeding Device ............................................................................................ 25

2.10.1 Feeding Device Operation ................................................................ 25

2.10.2 Usage of Feeding Device .................................................................. 25

2.11 Suction Device ............................................................................................. 26

2.11.1 Working Principle of Suction Device ............................................... 26

2.11.2 Positioning of Suction Cups and Materials ..................................... 26

3.Eclipse Software Configuration .................................................................... 27

3.1 Design Manager Configuration .................................................................... 27

3.1.1 Cut Control Software Link ................................................................... 27

3.1.2 Camera Hardware Configuration........................................................ 28

3.2 Cut Control Software Configuration ............................................................ 29

3.2.1 Serial Port Configuration..................................................................... 29

3.2.2 Cut Control Tool Bar Configuration .................................................... 30

3.3 CCD Camera Calibration ............................................................................... 33

3.3.1 CCD Camera Calibration Configuration ............................................. 33

3.3.2 Registration Mark Calibration ............................................................. 38

Table of Contents

3.3.3 Collecting Device Configuration......................................................... 39

4. Offset Cutting Test ........................................................................................ 40

4.1 EOT Tool Configuration ................................................................................. 40

4.1.1 EOT Blade Introduction ....................................................................... 40

4.1.2 Installation of EOT Blade ..................................................................... 40

4.1.3 Installation of UCT Blade..................................................................... 42

4.1.4 EOT/CUT Tool Configuration .............................................................. 43

4.2 Calibration Test Cut File ................................................................................ 47

4.2.1 Calibration Test Cut File Configuration .............................................. 47

4.2.2 Start Calibration Sheet Cut ................................................................. 49

4.2.3 Tool Offset Adjustments ..................................................................... 50

5. Support ............................................................................................................ 52

5.1 TeamViewer Remote Support ....................................................................... 52

5.1.1 Downloading TeamViewer................................................................... 52

5.1.2 Remote Support Request .................................................................... 52

5.2 Troubleshooting ............................................................................................. 53

5.2.1 Communication Errors......................................................................... 53

5.2.2 Loading Device Troubleshooting........................................................ 57

5.2.3 Cutting Issues....................................................................................... 60

5.2.4 Conveyor Not Advancing After Cutting ............................................. 61

6. Maintenance .................................................................................................... 61

6.1 Maintenance Schedule .................................................................................. 61

6.2 Warranty ......................................................................................................... 62

1. Machine Introduction

1.1 Eclipse 3547 Digital Die Cutter Introduction

Eclipse Series Digital Die Cutters are efficient automatic sheet-fed digital cutting systems. The system

can process vector graphics and convert them into cutting lines, then the motion control system drives the

cutter module to complete cutting requirements. The equipment is equipped with a variety of cutting tools,

so that creasing and cutting on different materials can be completed. With an integrated CCD Camera,

continuous automatic sheet-fed production can be achieved on printed and non-printed materials.

Eclipse Digital Die Cutters are suitable for cutting the following materials：

Cardstock, self-adhesive materials, cardboard, KT board, PP plastic, corrugated board etc.

• For more material choices, please contact CUTWORX USA support team.

47 inches

computer desk position

16in

Note: The computer desk should be on the left or right side of the machine (about 16inx28in)

1.2 Eclipse 3547 Technical Parameters

125in × 59in × 47in

115in × 70in × 58in

Integrated Touch Screen PC & Roll Feed Device

Universal Cut Tool, Oscillating Tool, Drag Knife, Kiss Cut, and Creasing Wheel

DXF/PLT/PDF/HPG/HPGL/TSK/BRG/XML/CUT/OXF/ISO/AI/PS/EPS

USB/WLAN/WIFI

75 PSI

Single Phase - 208v/220v

Temperature 50°F-80°F ，Humidity 20%-80%RH

The following aspects are defined uniformly and used to communicate with CUTWORX USA technical personnel

and after-sales support engineers.

2. Machine Installation

2.1 Preparation Before Installation

2.1.1 Customer Installation Site Requirements and Environmental Requirements

134in × 59in × 45in

Temperature 50°F-80°F ，Humidity 20%-80%RH

Single Phase - 208v/220v 30 Amp

CPU: Intel(R) Core(TM) i5-10400 CPU @ 2.90Ghz, 16 GB RAM, 64-bit operating system, x64-based processor,

Windows 10 Pro, 5 USB ports, mouse, keyboard, monitor.

The installer must be guided by CUTWORX USA technicians.

The installer is required to wear work gloves.

The installer must be familiar with the machine installation precautions, and have read and understood the instal-

2.2 List of Installation Tools

Used to install EOT blades and collecting device

To adjust the feet level

Connect the communi

• cation line

Used to adjust foot level

Used to unpack the box

Used to remove the transport fixture

Used to measure installation space

2.3.1 Unpacking inspection and Notice

2.3.1.1 Unloading of Packages

2.3.1.2 Check Before Unpacking

Before unpacking, please make sure that the packing box is not damaged or exposed to rain. Otherwise, please

contact CUTWORX USA Support.

2.3.2 Unpacking Inspection and Notice

2.3.2.1 Remove the Screws of the Packaging Box

The packaging box is fixed by 8mm screws. When disassemblig, use the corresponding size tool to remove the

top and side plates.

2.3.2.2 Removal of Bottom Plate

◎ Remove the bottom plate’s fixing device to separate the equipment from the bottom plate.

◎ First, remove all small moveable parts in the packaging box, including cables, collecting device, etc.

◎ Disassemble the lower cover on both sides of the Eclipse.

◎ Remove the screws that bolt the leveling feet into the wood pallet. There are 8 total.

2.3.2.3 Discharge the Machine

Remove the Eclipse from the packaging box.

◎ Raise all leveling feet and move by forklift.

The Eclipse is equipped with universal wheels which can move on flat surfaces. Make sure to raise the leveling

foot bolt before using the wheel and height differene less than 20mm.

2.3.2.4 Movement of Equipment

2.3.3 Installation of Equipment

2.3.3.1 Installation of Collection Device

The installation of the collecting device is shown in the figure below. The collecting device is installed in the

direction of the machine tools.

2.3.3.2 Installation of Loading Device

The installation method and position of the loading table device are shown in the figure below. The device is

installed at the end of the loading table, opposite of the gantry head direction.

2.3.4 Eclipse 3547 Power Connection

Connect the power cord to the input power socket of the machine. Then connect the power plug into the power

supply socket.

PK30P： Lift button control

PK16P：Air pump power supply

PK17P： Reversing solenoid valve control

PKO9P:

PK18P：Anti-static solenoid valve control

PK11P：suction solenoid valve and

PK20P： Lifting motor power supply

pressure solenoid valve control

PK25P：

(function not designed, not installed

DY5： Computer power supply

Y origin, z origin, EOT

2.3.5 Connection Between Machine and Computer

2.3.5.1 Communication Line and Camera Line Connection

Connect the CCM communication cable to the Eclipse in port labled PK34P and tighten wih screws. The

connection port for this is located on the front facing panel next to collection device on pause button operator

side. If using figure above, it would be the connection where a touch screen PC can be configured.

At the other end of the PK34P line is the three lines shown in the figure below. All are respectfully marked

with A/B/CCD and other marks. Among them, A/B two lines are connected to the isolation converter and the

CCD line can directly connected to the computer USB port.

PK34P cable: Single head connects to Eclipse 3547

machine, three ends are respectively affixed with A

and B to connect to the isolation converter shown

in the figure below, and the USB cable with CCD

label is directly connected to

Isolation converter: connect to the male and

respectively, and the other end is USB directly

connected to the host computer

Computer host: insert the USB port into the USB

cable marked CCD on the PK34P and the USB end

of the isolation converter.

2.4 Computer Configuration

Before beginning software installation, ensure Windows is not missing important security and quality fixes. Install all updates for

Windows and Restart. After restart, ensure that no pending updates are ready to install or be installed.

View Optional updates and proceed to download and install all updates available. Restart after completion and check if any

additional driver updates are available.

Navigate to device manager and check each COM & LPT port for updates. Also, check USB drivers for updates.

2.4.3 Windows Boot Configuration

2.4.3.1 Disabe Secure Boot

Hold Shift and and restart the computer.

Navigate to Troubleshoot and then click Advanced options.

Select UEFI Firmware Settings and from the drop down click Secure boot and Secure Boot Enable. Turn Secure Boot

off by unchecking the box labeled Secure Boot Enable on the left. Apply and Exit.

2.4.3.2 Disable Driver Signature Enforcement

Hold Shift and and restart the computer.

Navigate to Troubleshoot and then click Advanced options.

Select Startup Settings and restart.

Click option 7, Disable driver signature enforcement.

2.5 Eclipse Software Suite Installation

2.5.1 Folder Directory Setup

Navigate to the OS (C:) Drive and create a new folder “Eclipse Software Suite”.

Create two folders inside the Eclipse Software Suite folder named “Cut Control Software” and “Design Manager”

2.5.2 Cut Control Software Installation

Double-click the installer for Cut Control.

First, the development environment is automatically installed. After completion of Microsoft updates, click agree to continue

For encryption type, select either WIBU or Sentinel depending on license key. Sentinel is the black USB license key and WIBU

is the silver USB license key.

Install Cut Control Software to C:\Eclipse Software Suite\Cut Control Directory created in previous steps. Then select next on

following menus to complete installation.

2.5.3 Design Manager Software Installation

Double-click the installer for Design Manager.

First, the development environment is automatically installed. After completion of Microsoft updates, click next to begin

For encryption type, select either WIBU or Sentinel depending on license key. Sentinel is the black USB license key and WIBU

is the silver USB license key.

Install Design Manager Software to C:\Eclipse Software Suite\Design Manager Directory created in previous steps. Then select

next on following menus to complete installation.

2.5.4 Configuring Admin and Security Privileges

2.5.4.1 Design Manager Properties

Right click and select properties on Design Manager icon on desktop. Enable the setting to run the program as administrator.

Then navigate to Security and give full control permissions to all user groups. Click apply to each and exit.

2.5.4.2 Cut Control Properties

Right click and select properties on Cut Control icon on desktop. Enable the setting to run the program as administrator.

Then navigate to Security and give full control permissions to all user groups. Click apply to each and exit.

2.6 License Key Software Installation

Insert USB license key devie into computer USB port.

Execute installation of CodeMeterRuntime application to install CodeMeter Control Center.

• Only use this program if license software key USB is silver.

2.6.2 iEcho Sentinel Software Installation

Execute installation of iEcho Sentinel Update application to install Sentinel Control Center.

• Only use this program if license software key USB is black.

Note: Sentinel may require installation of HASPUserSetup. Execute the installation if prompted after completion of iEcho

If software license key is not inserted when launching CUTWORX Software Suite, the following error will appear:

2.7 Pre-Boot Configuration

2.7.1 Power Supply Voltage Confirmation

Use a multimeter to check power supply voltage and confirm readings for 208v/220v.

Manually push the beam and Eclipse head module to confirm whether or not there is abnormal noises.

2.7.3 Air Pressure Confirmation

Locate the air barometer for the Eclipse. The pressure requirement is 0.6MPa. To increase or decrease pressure, simply pull

cap of barometer upward, then twist clockwise or counter to adjust to 0.6MPa. Once set, press downward on the cap to lock.

2.8 Booting the Eclipse

Press the power switch and a green ring will indicate the Eclipse is powering on. After a few seconds, the Eclipse tools in the

head module along with the loading table will reset. After the reset, the Eclipse will be in the stanby state, and the communication

state be confirmed in Cut Control Software once configured.

2.9 Hardware

2.9.1 DK 1.5mm/0.9mm Cut Tool

E15-01 -Insert to Black Tip Holder

E15-02 - Insert to Red Tip Holder

2.9.1.2 Installation of DK Blade

Unscrew the blade cap, insert the blade into the blade holder, then install the blade cap and tighten.

2.9.1.3 Blade Exposure Test

After installation of blade into holder, manually adjust the length of the tool tip by turning the knob on the top of the DK tool.

When cutting materials of different thickness, different tip lengths need to be adjusted. A test of exposure can be done by

manually dragging tool across material and check if fully cutting through or half cut.

Adjust the length of the blade tip and try cutting on the material, as long as

the material has been half cut to form a sticker, label etc.

Adjust the length of the blade tip and try cuting on the material, as long as

the material has been cut through.

2.9.1.4 DK Tool Installation

Install DK tool into the insert in the frame of the Eclipse head module. Once inserted, install the clamps to hold in place and then

tighten the scew to lock in place.

DK1 is located on outside tool holder on the Eclipse head module. Inset the red tip

1.5mm DK tool holder here.

DK2 is located on inside tool holder on the Eclipse head module. Inset the black tip

0.9mm DK tool holder here.

2.10 Feeding Device

2.10.1 Feeding Device Operation

After the device has powered on, the loading table can detect presence or absence of materials through infrared sensor detection

via the material detect sensor located on the base of the loading table. When materials are covering the sensor, the table will

rise and when materials are removed, the table will lower. The table will rise to meet the position of the height detection sensors.

After material feeding, the loading platform will drop and rise to compensate for material being fed.

2.10.2 Usage of Feeding Device

Align the material foward and fix the magnetic plates to hold material in place.

Adjust the length of the material seperators to the proper posistion. The extension length is about 3-8mm.

2.11 Suction Device

2.11.1 Working Principle of Suction Device

The suction device uses suction cups to grab materials. The vacuum system is operated through a vacuum pump and when

materials are grabbed, the valves opens to connect the vacuum pump with the suction cup’s pipeline.

2.11.2 Positioning of Suction Cups and Materials

Depending on material types and thickness, the height of the feeding table can adjusted by pressing the “UP” or “DOWN”

button on the Eclipse.

DOWN

For air-impermeable materials, the loading table should be adjusted to the highest position. When the suction cup is grabbing

the material, the suction cup should be in contact with the material.

For air-permeable materials, the height of the loading table

should be appropiately lowered and distnaced between the suction cup and the material should be about 1-2mm.

3. Eclipse Software Configuration

3.1 Design Manager Configuration

3.1.1 Cut Control Software Link

Opening CUTOWRX Design Manager for the first time will prompt the follow error:

“<<CUTWORX CUT CONTROL>> Linked path is incorrect!”

In Design Manager application, select Settings from the top tool bar and locate the option for Start CUTWORX CUT CONTROL.

Linkning the two programs will allow each to communicate with one another. When opening Design Manager, Cut Control will

3.1.2 Camera Hardware Configuration

3.1.2.1 CCD Camera Configuration

Click Settings in the top toolbar and from the drop down menu select Hardware configuration.

Select PK for model and for the output device select USB Camera. Click refresh button to update the camera name list.

From the new Camera name list, select AV to USB 2.0. Enable the check box for Image. From the drop down for image list, select

DS610. Apply the changes and OK to submit. A restart of Design Manager will be required.

3.1.2.2 Visual Settings Configuration

After the software restart, proceed back to Settings, then click Visual mode.

Make sure CCD is selected from the Visual mode options.

3.2 Cut Control Software Configuration

3.2.1 Serial Port Configuration

NOTE: It is important to to ensure air compressor is on and connected to the device.

Open Cut Control Software. From the toolbar options, select Configuration(T) and from the drop down menu, click

Click Autodetect to automatically assign COM ports tocorrect Serial No. If this does not work and the error DSP could not

connect remains, manualy assign COM connections until the Serial port.COM lights up green and control of the machine is

Click Sure to submit changes and if properly setup, the communication status of CutterServer Serial port.Com will be displayed

in green and the machine head can be moved using the arrow keys on the computer keyboard indicating the machine

NOTE: Once properly connected to Eclipse, the gantry will change position to home origin, be sure to clear any obstacles

in the path of reset. You may be prompted to allow acces to networks, be sure to select both private and public networks.

3.2.2 Cut Control Tool Bar Configuration

3.2.2.1 ABCommToolBar Setting Configuration

In Cut Control Software, right click on the following set of icons to open ABCommToolBar Settings.

Unselect each option other than Manual Adjustment (second option).

In Cut Control Software, press CTRL+SHIFT+ALT+C on the keyboard to open the command options for the Eclispe.

The command settings are password protected. Input password “echocut” when prompted by the following screen and hit enter:

Change tabs to Commands and look for the following icons:

PK One Button Tool Change

Each of these will be selected and dragged onto the top toolbar with icons present.

You can also reorder or remove by clicking and dragging an icon.

See image below and copy completed list.

3.2.2.2 Cut Control Command Functions Configuration

Switch tabs to Function Configuration and copy the following settings and shown in the image below:

Click Apply when done.

3.2.2.3 Cut Control Knife Holder Configuration

Switch tabs to Knife Holder Configuration. By right clicking on a tool we can disable it from being used. The Eclipse only uses

certain tools, so we disable the ones that will be used to eliminate confusion for operators. Copy the following image and close

when complete. The yellow triangle image with an exclimation mark means the tool is disabled.

3.3 CCD Camera Calibration

3.3.1 CCD Camera Calibration Configuration

3.3.1.1 Inserting CCD Test Calibration Data

Open CUTOWRX Design Manager and right click in working area layout and select CCD offset calibration under the test insert

test data category of the drop down menu. This will insert a cross mark on the layout preview, a layer will also be created in the

Double click the new layer that was created to open the layer properties.

Under the method tab, select DK.

Under the second tab selection, assign DK1.

For the third column drop down, assign E15-02.

3.3.1.3 Output Settings Configuration

Under Output settings, input 0 for Cut times and from the drop down menu for OutputMode, select Direct.

Place a blank white sheet of paper onto the loading device table. Once the loading table has stablized at proper height, manually

feed the material onto the conveyor belt by selecting the feed icon. The vacuum will automatically activate to hold material firm.

If the vacuum does not activate, select the vacuum icon to power it on.

3.3.1.5 Manual Tool Measure

First, select the tool that needs to be adjusted for depth. In this case, DK1 will need to be the tool selected. Once the icon is selected,

the tool will now be the starting position (active tool). Move the head module to a safe position on the belt and ensure no debris or

obstacles are in the way. You move the machine by either using the arrow keys or double clicking in a spot in working area shown

in Cut Control Software.

Once a positon has been selected, turn on the vacuum and select manual measure icon. If the vacuum does not activate, refer to the

Manually select or click and drag the zones to turn purple. Purple indicates the zones are active. This menu can be reached by

selecting the Vac Zone tab located in the bottom right corner of Cut Control Software.

The following dialogue options will appear.

The Magenta height before adjust section is the last known position for that tool.

The Dark Blue present height section is where the tool is currently measured at.

First, select and hold CTRL and then the down arrow key will lower the tool at a quicker rate of speed.

When the desired measurement is close to the surface, release the CTRL button and use the down arrow key to continue lowering at

a slower rate of speed.

The arrow buttons on the keyboard are used primarily for direction of intent.

The Green up/down section are used for micro adjustments to calibration depth.

If a mistake or unsure adjustment is made, press the cancel button and attempt again.

Once the tool is in an acceptable position, press the apply/confirm button to accept and store the position.

Once measured, verify depth by engaging the tool to the new zero position.

Select the tool icon one time.

Second click will engage the tool.

Use the up/down arrow keys to make a manual cut on a blank material.

Third click will zero the tool position.

3.3.1.6 Cross Cut Procedure

Switch to Cut Control Software and select the redlight icon.

Then select the return to origin icon

The Eclispe head module will reset to home position. Once movement has stopped, select the DK1 tool. The head module will

Lastly, select the start icon in Design Manager and the Eclipse will proceed to cut the cross mark generated earlier into the

After completion of cutting, in Design Manager, locate the CCD camera button in the top tool bar. Select it to bring up the camera

Using the arrow keys on the keyboard, navigate the camera feed over the cross mark that cut. Camera is located behind red laser

light on Eclipse head module. Position the camera so that the cross hair of the camera feed is centered on the cross mark cut

intersection as shown in image below.

Below the camera feed is a section labeled, Current Coordinates. Click the button Get Coordinates. An X and Y coordinate will

generate. Right click on either set of numbers and from the drop down, select set the X/Y offset.

A prompt will appear for X/Y offset. Enter 200 for each box for the Eclipse 1523 and 400 for each box for the Eclipse 2029 model.

Press confrim when done.

3.3.2 Registration Mark Calibration

From the select setting item drop down menu, select the Marks radius(mm) setting. Input the correct mark size for dection.

If using 3mm registration marks, input 3.00 and save data.

It is recommended using 6mm filled black circles for registration marks.

3.3.3 Collecting Device Configuration

3.3.3.1 Collecting Device Test

To test the collecting device, locate and select the collect icon in Cut Control Software.

Run the roller at least 3 times to ensure motor starts and functions properly.

Also, test with vacuum powered on to test blowback function.

3.3.3.2 Collecting Device Fixes

Issue: Collecting device attempts to rotate, but a load noise is heard and conveyor belt does not rotate.

Resolution: Check the air intake barometer and ensure pressure it set to 0.6MPa. If the pressure is less than this, the blowback

suction does not work properly and the belt will remain and place and can not rotate.

Issue: Collecting device attempts to rotate but does no fully rotate.

Resolution: Ajust the tension of belt and motor by using an allen key to loosen or tighten the collecting motor.

Remove covers to expose screw adjustments for belt tension. Insert an allen key and turn clockwise or counter clockwise dependent

upon current status of belt tension.

If there is a lip in the belt near the front edge, tighten the belt by turning the allen key clockwise.

Be sure to adjust both sets of screws (4 total) evenly.

4. Offset Cutting Test

4.1 EOT/UCT Tool Configuration

4.1.1 EOT/UCT Blade Introduction

4.1.2 Installation of EOT Blade

In Cut Control Software, select the EOT tool holder and then select the PK one button tool change icon. The following window

will be prompted:

When using for the first time, it is required to set the stop position. Start by selecting the Stopping position option and move the

gantry head to a suitable position. It is ideal to mode the Eclipse head module over the side barrier so the EOT is exposed as the

tool will need to drop.

Press Enter to save the location of the position. At this point you will only to select start and the EOT will automatically move into

The EOT will move into position when clicking Start and drop the tool holder down. In this state, operator can remove the presure

plate and replace the blade. If the tool angle needs to be adjusted, adjustments can be made to the Angle and saved by selecting

As shown in the figure above, the installation sequence of the oscillating knife is the following: insert ① into ② , combine ①② in

the order of ③ , then insert ③ upwards into the vibrating knife sleeve, insert ④ tightly to the end. The thin side of ② faces the nut

hole, ② .Top to the bottom end of the knife sleeve, the buckle of ⑥ is connected with the cylinder rod, and the assembled state is

Select Cutter lifting to save the changes and raise the EOT tool holder back up. Click complete to finish EOT blade change.

4.1.3 Installation of UCT Blade

In Cut Control Sotware, select the CUT tool icon and select PK-One Button-Tool Change icon after to enter the change blade setup.

Follow the steps previously to input coordinates for the CUT tool to move to when changing the blades.

As shown in the figure above, the installation sequence of the CUT knife is: insert ① into ② , combine ①② in the order of ③ , and

then insert ④ upwards into the sharp knife sleeve. The thin side of ② face the M5 nut hole, ② top to bottom to the end of the

sleeve, tighten the M5*3 nail to the end. Installation sequence ⑥ is completed.

4.1.4 EOT/CUT Tool Configuration

4.1.4.1 Configuring Positive Blade Angle

Right click on EOT Tool in Cut Control Software. This will prompt the EOT tool parameters. Ensure direction to rotate is enabled

and knife lifting angle is set to 45.00.

Manually press the EOT knob on the Eclipse head module and roate till the knife is showing but not touching the belt.

Next, engage the EOT tool by selecting the EOT tool in Cut Control Software then right click the EOT tool to bring up the EOT

Adjust the Postive angle until the blade angle cutting direction is facing the loading device where paper sits till it is fed onto the

The blade should not favor a direction, but at a zero point facing back.

Apply the changes each time a new angle is set and the blade should automatically adjust. Once set, click apply and sure to save.

Note: these steps will need to be repeated for the CUT tool.

4.1.4.2 Configuring Eccentricity for X & Y

1. Start by right clicking on EOT tool in Cut Control Software, locate X and Y eccentric values. Input 0 for each. Apply and select
2. Open Design Manager Software and right click in the working area layout. Locate the insert test data drop down and

select the CCD test calibration. This will place a cross mark onto the layout preview.

3. Select the cross mark that is generated and press the “1” keybinding on the keyboard. This will move the cross mark into

the origin point corner.

4. In the generated layer for output, double click the test layer to open the layer properties. Assign CUT for the holder,

EOT for the tool, and E19-3/E19-2 depending on blade choice for the blade.

5. Under Output settings, change to manual production mode and input 0 for cut time.
6. Manually place a white sheet of cardstock onto the conveyor belt, ensure the gantry will not collide with the paper, sqaure

the sheet to the belt.

7. Power the vacuum system on by selecting the vacuum icon, then select the start icon to send the cut file to Cut Control
8. In Cut Control Software, select the red light tool. The red light is shown on the conveyor belt under the Eclipse head

module. The red light illuminating is now the start point for where the cut will begin. Navigate the red light over a spot

on the sheet of material placed earlier.

9. When setup is complete, select the start icon in Cut Control Software and the Eclipse will process the cut file. When

finished executing the cutting task, manually move the machine by double clicking in the layout preview in Cut Control

Software or use the arrow keys to direct the gantry away to view the cut.

10. The goal is the adjust the X eccentric value until the cut matches the below figure on the right side. The cut path should

start and stop at the same end points evenly.

Adjust the X eccentric value in the EOT tool parameters until the ideal cut is achieved. Each time a value is changed, simply

select the apply and sure buttons to save. Then select the relative origin button to bring the machine back to its last cut start

point. move the machine over with the arrow keys and select the start icon again to repeat the cut file.

11. Repeat the same steps for the Y eccentric value until the below figure on the right is achieved. The cross mark should cut

start and stop and the same end points while cutting on the same path each direction.

Note: these steps will need to be repeated for the CUT tool.

4.2 Calibration Test Cut File

4.2.1 Calibration Test Cut File Configuration

4.2.1.1 Calibration File Import

Open CUTOWRX Design Manager and select the file option in the top tool bar. From the drop down menu, select Open.

Open CUTOWRX Design Manager and select the file option in the top tool bar. From the drop down menu, select Open.

The File open menu will prompt. Select the Eclipse 3547 Offset Test file and select the open option to import the cut

file into Design Manager.

Print this sheet with no scale onto 13x19 cardstock material.

Under the layer order, select a layer to see vector lines assigned to the layer. Selecting layer 1 will select the registraion mark layer.

Assign the CCD tool for the method under layer properties.

Assign the following to each layer:

Layer 2 - DK / DK1 / E15-02

Layer 3 - DK / DK2 / E15-01

Layer 4 - CREASE / CREASE / CREASE_1

Layer 5 - CUT / EOT / E19-3 or E19-2

Layer 5 - CUT / CUT1 / ET-1

4.2.1.3 Output Settings Configuration

Under output settings, change cut times to 0 and output mode to direct output mode.

4.2.2 Start Calibration Sheet Cut

Turn the vacuum system on and select the start icon.

The CCD camera feed will appear. Navigate the camera to the first registration mark indicated by a red highlighted mark in the

preview layout. Use the arrow keys on the keyboard to drive the Eclipse gantry and head module.

Once the registration mark is in view, select the start production icon located below the CCD camera feed screen.

CCD camera will locate each registration mark and once complete, the cut file will be sent to Cut Control Software for processing.

The cut file will process and each tool will be used. At completion of cutting, check where each tool has cut. Each tool should

cut directly on the lines. If each tool is off in the same spot, repeat the camera calibration. If only a few tools or one tool is off,

offset adjustments will be needed for the tool socket.

4.2.3 Tool Offset Adjustments

To adjust the offset for a tool, open Cut Control Software. Select the drop down for Configuration(T), then select Modification(P).

Input password “echocut” when promted and hit enter.

Scroll down until you locate socket type. From the drop down, select the socket thats needs adjustment. The tool to the right will

populate when changing sockets and new parameters will load.

For this example, the EOT tool is cutting at the below position in relevance to our printed die line:

The X-axis offset and Y-axis offset will need to be changed. Measure in mm and input the change into these parameters.

Accroding to measurements, the X axis will need to be adjusted by 5mm in the positive direction. Add 5mm to the original 135.070

value to make the new value 140.070.

Accroding to measurements, the Y axis will need to be adjusted by 1mm in the positive direction. Subtract 1mm from the original

88.930 value to make the new value 87.930.

Process the file to test the new offset. Be sure to click apply and exit to save the settings.

5. Support

5.1 TeamViewer Remote Support

Download the latest version for x64 bit operating system.

5.1.2 Remote Support Request

Open TeamViewer application and locate the Allow Remote Control section. Copy the Your ID and Password.

Contact a certifed support technician for the Eclipse digital die cutters or email support@cutworxusa.com with a request for

remote support with detailed information of the issue.

5.2 Troubleshooting

5.2.1.1 Camera Failed to Connect

Issue: Camera is failing to connect when opening the CCD camera feed.

Resolution #1:

Open CUTWORX Design Manager. Navigate to the Settings page and locate the Hardware Configuration tab.

Refresh the connections, then assisgn USB Camera. From the Camera Name menu, select USB2.0 Camera.

Enable Image and select D610 option.

Resolution #2:

Change the USB port connection for the USB Video Grabber.

Once the change has been made follow steps of resolution #1.

Resolution #3:

Check and install all pending Windows updates.

View Optional updates and proceed to download and install all FTDI-USB Driver updates available along with other updates.

Restart after completion and check if any additional Driver updates are available.

Resolution #4:

Disable secure boot and driver signature enfocement

Hold Shift and and restart the computer.

Navigate to Troubleshoot and then click Advanced options.

Select UEFI Firmware Settings and from the drop down click Secure boot and Secure Boot Enable. Turn Secure Boot off by

unchecking the box labeled Secure Boot Enable on the left. Apply and Exit.

Hold Shift and and restart the computer.

Navigate to Troubleshoot and then click Advanced options.

5.2.1.2 DSP Serial Connection Disconnect

Issue: When booting the Eclipse, the machine and software do not link/connect.

Resolution #1:

Check that the air compressor is turned on and functioning.

Air barometer should read 0.6MPa.

Resolution #2:

Update Windows and Device Drivers.

Navigate to device manager and check each COM & LPT port for updates. Also, check USB drivers for updates.

5.2.1.3 DSP Serial Connection Disconnect

Issue: Eclipse will not respond to movement directions in the software. An alarm code is prompted stating there is a barrier.

Resolution #1:

Remove any obstacles blocking side sensors of the Eclipse. Once removed, clear the error by selecting option Sure. Machine

will home if during boot up procedure or will allow control again.

5.2.2 Loading Device Troubleshooting

5.2.2.1 Error: No Material

Issue: Loading device is not moving and reports an error in Cut Control Software stating no material.

Resolution #1:

Place material onto loading device. Ensure material is covering the eagle eye material detect sensor. Loading device will initialize.

5.2.2.2 Error: Waiting for PLC to be Ready

Issue: Loading device is not moving and reports an error waiting for PLC to be ready.

Resolution #1:

Loading device is in reset mode, wait for it to complete, then clear the error and try again.

Resolution #2:

Material has a curl causing height detection sensors laser to read under the material. Fix the curl in the material or adjust sensors

to read higher on sheet.

5.2.2.3 Cannot Feed Material

Issue: When attempting to feed materials, the suckers under the gantry do not make contact with the material or make contact,

but do not pick material up.

Resolution #1:

Depending on material types and thickness, the height of the feeding table can adjusted by pressing the “UP” or “DOWN”

button on the Eclipse.

DOWN

For air-impermeable materials, the loading table should be adjusted to the highest position. When the suction cup is grabbing

the material, the suction cup should be in contact with the material.

For air-permeable materials, the height of the loading table

should be appropiately lowered and distnaced between the suction cup and the material should be about 1-2mm.

Resolution #2:

Curl in the material is causing height detection sensors to position material inaccurately.

Fix the curl in the material or adjust height sensors.

Resolution #3:

Vacuum pump is not working.

Check to ensure vacuum pump is powering on before feeding. Suction requires the vacuum pump to working in full power.

5.2.2.4 Material Sticks Together When Feeding

Issue: When attempting to feed materials, the suckers grab multiple sheets of material.

Resolution #1:

Align the material foward and fix the magnetic plates to hold material in place.

Adjust the length of the material seperators to the proper posistion. The extension length is about 3-8mm.

Resolution #2:

Adjust separator air power from solenoid.

Open the thumb screen to increase air power.

Resolution #3:

Position loading device so material is beneath or in between the air separators. The ideal working height is for the air to separate

materials and blow individual sheets upward to make contact with the sucker.

5.2.3.1 Edges Not Smooth

Issue: When cutting, edges are not smooth.

Resolution #1:

When using the DK tool, the blade will swivel in the chamber. Cut a short line before the turn, so the blade can change direction

with the cut path.

5.2.3.2 Burrs on Cutting Edge

Issue: When cutting, the path of the cut will have burrs on the edges.

Resolution #1:

Adjust the length of the blade exposure from the DK tool.

Adjust the length of the blade tip and try cutting on the material, as long as

the material has been half cut to form a sticker, label etc.

Adjust the length of the blade tip and try cuting on the material, as long as

the material has been cut through.

Resolution #2:

Blade could be broken, change blade out for a new one.

5.2.4 Conveyor Not Advancing After Cutting

Issue: After material is done processing, the conveyor is not moving to allow material to eject into collection device.

Resolution #1:

Check barometer and ensure it is set to at least 0.6MPa.

Resolution #2:

Adjust the tension of the belt by using allen keys. Depending on fixutre, will require tightening or loosening.

Remove covers to expose screw adjustments for belt tension. Insert an allen key and turn clockwise or counter clockwise

dependentupon current status of belt tension.

If there is a lip in the belt near the front edge, tighten the belt by turning the allen key clockwise.

Be sure to adjust both sets of screws (4 total) evenly.

6. Maintenance & Warranty

6.1 Maintenance Schedule

Graphic blade holder clean

Check and clean debris inside blade holder

Every time before use

Depending by cut material

Check pressure valve and water level

Make sure pressure valve in normal condition, open tank to release water

Make sure pressure is in accepted range, and check for water level

This water separator is with automatic water release (Pic. A)

Use air gun or vacuum cleaner

No sundries or bumps on surface

Lubricating oil in linear rail guide

Add lubricating oil for X,Y rail guide

Every six months

Lubricating oil in creasing tool axis

Add right amount of lubricant manually

Every six months

Lubricating oil in oscillating tool axis

Add right amount of lubricant manually, and inject grease in oil hole with oil gun

Every six months

Pic.D Pic.F

• Note： Lubricating oil,suggest use "Mobil 1 5W-30"; Lubricating grease, suggest use "Mobil grease MP"

CUTWORX USA provides warranty replacement of parts and labor for a period of one year after completion of installation of a LST Series Digital Cutting Machine.

Response Times & Problem Resolutions

Calls placed into Post Sales Service Center are returned by a service technician within a twenty-four hour time period. Majority of software and hardware calls are diagnosed via remote support. Evening support is available upon request and availability.

CUTWORX USA offers a variety of service programs to match your requirements. Affordable support contracts are available as well as preventative maintenance. Remote support sessions are offered for new operator and follow up training. Personalized one on one sessions can be arranged in person or remotely with the Technology Center Specialist.

The CUTWORX USA support team is a well-trained and highly qualified group of individuals. There is a support escalation policy in place in our CRM system. These escalation practices are implemented on a case-by-case basis in order to best serve the customer’s needs.

Productivity Training and Consultancy

CUTWORX USA basic training courses teach your operators how to use all the functions of our system and can take place in our technology center. Material documentation, videos, and other resources are available to help assist. CUTWORX USA service team is focused on maximizing productivity for your machine.

About CUTWORX USA

CutworxUSA is a leader in finishing equipment with over 150 years combined

experience in finishing solutions. We are committed to providing the best small

and wide format finishing equipment, installation, service and training to increase

your efficiency and productivity.

Our Workflow and Application Specialist can demonstrate our complete line of

finishing equipment to validate it will meet your finishing requirements at our

Technology Center in Irving, Texas.

Virtual demonstrates are now available upon request.

Copyright 2022 CUTWORX USA.

This user manual can only be reproduced with the written authorization

of CUTWORX USA. This regulation also applies to the excerpts of the manual.

CUTWORX USA reserves the right to interpret the contents described in this

The products, files, company names and logos listed in this user manual

are registered trademarks of our company. December 2022

CUTWORX USA

8101 Tristar Dr STE 110 Irving, TX 75063 Email: sales@cutworxusa.com / support@cutworxusa.com Website: www.cutworxusa.com