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  • (Quick Start) Software Preparation
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  • (Basics) Pre-Knowledge
  • (Basics) Import Drawing
  • (Basics) Optimize Drawing
  • (Basics) Technique Setting
  • (Basics) Toolpath Planning
  • (Basics) Machining Precheck
  • (Basics) Machining Control
  • Function Tips
  • Multi Language
  • Translation Tool
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  • Insert Cutting Order
  • Resume Unfinished Cutting in Next Day
  • Find Workpiece Edge and Displacement Angle
  • Create Fly Cut Toolpath
  • Copy Existing Settings to Other Machine
  • Map DXF Layer to CypCut Layer
  • Alarm & Troubleshoot
  • 'Can Not Read the Material Library of Other Manufactures'
  • 'Dongle Not Found or License Expired'
  • Fly Cut Error
  • Machine Config
  • Machine Config-Machine Axis
  • Machine Config-Origin and Limit
  • Machine Config-Laser
  • Machine Config-BCS100 Height Control Unit
  • Machine Config-Gas System
  • Machine Config-Auto Focus
  • Machine Config-Alarms
  • Machine Config-Input Config
  • Machine Config-Output Config
  • Machine Config-Extend I/O
  • Machine Config-Maintenance
  • Machine Config-Table Exchanger
  • Machine Config-WKB Handheld Box
tutorials
Machine Config-Machine Axis 1206

Machine Axis

Open machine config tool , under ‘Machine’ page is where to setup motion axes and mechanic error compensation. CypCut supports 4 servo axes

which are X/Y1/Y2/W shown in image below(vertical Z axis controlled by BCS100 height controller), Y1 and Y2 send synchronous command, W can be assigned to control auto focus

motor or rotary axis motor. CypCut send pulse and  positive/negative signal for motion control, the right setting in this page is crucial for machine to execute accurate motion command

also result in other functions like detect workpiece edge, fly cut and return origin. 

Axis Setting

Range set by actual machine travel range, which works in software limit protection and white frame in CypCut drawing board. The change of ‘range’ value will also result in the

white box dimension on drawing board.

Pulse output set by the equivalent of pulse output per millimeter liner distance on the machine load and pulse required by servo driver per revolution.  Setup move 10mm need 10000

pulses as an example here, it means controller will send motor driver 10000 pulses to run 10mm liner distance on machine load. 

Max speed and max acceleration set by maximum machine speed and acceleration to reach.

Servo alarm set as NO or NC depends on triggered polarity of servo alarm is normal-open or normal-close.

For Y axes, if use dual-drive, please select ‘Dual-drive‘ option. 

 

Encoder Direction

Encoder direction is to define pulse direction from encoder feedback. You can run an encoder analysis test in CypCut File>Diagnostic Tool > Card Monitor to check the pulse

and direction setting.  Under below image, the test result shows the pulse direction from Y driver is opposite, in this case uncheck the axis2,3 option  to reverse the pulse direction. 

Notice: this direction only for controller to define feedback pulse direction, doesn’t change motor rotation direction.

 

Pitch Error Compensation

Backlash is a natural existence in gear rack mechanism which will cause a idle running in machine load when involved in motor direction change.

 

Image from wikipedia

For higher precision compensation you can import full measured pitch error data from interferometer or other measurement instrument. 

See related article in pitch error measurement

 

Squareness Correction

Squareness correction applied to compensation when X and Y axis not orthogonal vertical that machine frame distorted after long time usage and impact. The operation is to cut

a square about 1m*1m and input measured value of each edge required.

 

 

 

 

 

Machine Config-Machine Axis 1206view

Machine Axis

Open machine config tool , under ‘Machine’ page is where to setup motion axes and mechanic error compensation. CypCut supports 4 servo axes

which are X/Y1/Y2/W shown in image below(vertical Z axis controlled by BCS100 height controller), Y1 and Y2 send synchronous command, W can be assigned to control auto focus

motor or rotary axis motor. CypCut send pulse and  positive/negative signal for motion control, the right setting in this page is crucial for machine to execute accurate motion command

also result in other functions like detect workpiece edge, fly cut and return origin. 

Axis Setting

Range set by actual machine travel range, which works in software limit protection and white frame in CypCut drawing board. The change of ‘range’ value will also result in the

white box dimension on drawing board.

Pulse output set by the equivalent of pulse output per millimeter liner distance on the machine load and pulse required by servo driver per revolution.  Setup move 10mm need 10000

pulses as an example here, it means controller will send motor driver 10000 pulses to run 10mm liner distance on machine load. 

Max speed and max acceleration set by maximum machine speed and acceleration to reach.

Servo alarm set as NO or NC depends on triggered polarity of servo alarm is normal-open or normal-close.

For Y axes, if use dual-drive, please select ‘Dual-drive‘ option. 

 

Encoder Direction

Encoder direction is to define pulse direction from encoder feedback. You can run an encoder analysis test in CypCut File>Diagnostic Tool > Card Monitor to check the pulse

and direction setting.  Under below image, the test result shows the pulse direction from Y driver is opposite, in this case uncheck the axis2,3 option  to reverse the pulse direction. 

Notice: this direction only for controller to define feedback pulse direction, doesn’t change motor rotation direction.

 

Pitch Error Compensation

Backlash is a natural existence in gear rack mechanism which will cause a idle running in machine load when involved in motor direction change.

 

Image from wikipedia

For higher precision compensation you can import full measured pitch error data from interferometer or other measurement instrument. 

See related article in pitch error measurement

 

Squareness Correction

Squareness correction applied to compensation when X and Y axis not orthogonal vertical that machine frame distorted after long time usage and impact. The operation is to cut

a square about 1m*1m and input measured value of each edge required.

 

 

 

 

 

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