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User’s Manual
Basic Handling Methods
Output Method
Optimizing Quality and Efficiency
Maintenance
Troubleshooting Methods
Appendix
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Optimizing Quality and Efficiency
Optimizing Work Efficiency
Separating the Cut Area Later
Creating Perforated Cut Data Using CutStudio
Basic Handling Methods
Output Method
Optimizing Quality and Efficiency
Optimizing Cutting Quality
Optimizing Work Efficiency
Cutting the Same Data Repetitively
Saving Frequently-used Cutting Conditions
Separating the Cut Area Later
Creating Perforated Cut Data Using CutStudio
1. Create Perforated Cut Data
2. Set Perforated Cutting Conditions
3. Cut Perforated Lines
Creating Perforated Cut Data Using Adobe Illustrator
Creating Perforated Cut Data Using CorelDRAW
Setting Perforated Cutting Conditions on the Machine
Dividing Cut Data and Outputting it on Multiple Pieces of Material
Optimizing Operation Management
Maintenance
Troubleshooting Methods
Appendix
Creating Perforated Cut Data Using CutStudio
1. Create Perforated Cut Data
2. Set Perforated Cutting Conditions
3. Cut Perforated Lines
Basic Handling Methods
Output Method
Optimizing Quality and Efficiency
Optimizing Cutting Quality
Optimizing Work Efficiency
Cutting the Same Data Repetitively
Saving Frequently-used Cutting Conditions
Separating the Cut Area Later
Creating Perforated Cut Data Using CutStudio
1. Create Perforated Cut Data
2. Set Perforated Cutting Conditions
3. Cut Perforated Lines
Creating Perforated Cut Data Using Adobe Illustrator
Creating Perforated Cut Data Using CorelDRAW
Setting Perforated Cutting Conditions on the Machine
Dividing Cut Data and Outputting it on Multiple Pieces of Material
Optimizing Operation Management
Maintenance
Troubleshooting Methods
Appendix
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