Discover the comprehensive CypCut User Manual for laser cutters, designed to enhance your cutting experience. This guide provides step-by-step instructions, troubleshooting tips, and best practices to optimize your laser cutting operations. Whether you’re a beginner or an experienced user, find essential information to maximize efficiency and ensure safety in your projects. Download the manual now to unlock the full potential of your laser cutter.

cypcut user manual

Recursos

  • Support AI, DXF, PLT, Gerber, LXD file format, and standard G code created by
  • Master Cam, Type3, ARTCUT etc.
  • Support file optimization includes: remove duplicates, connect unclosed segments, remove minimal graphic and distinguish inner and outer contour and set machining
  • sequence automatically. Above functions can be customized or executed manually. Support common editing and typesetting functions, including scaling, translation, mirroring, rotation, alignment, copying, combination and so on.
  • Support setting lead line, kerf compensation, micro-joint, bridge, inner/outer cut, seal etc.
  • Automatically distinguish the inner and outer contour to determine the compensation
  • direction, and check the lead line.
  • Support curve splitting, merging, and smoothing, text to curve, part combination and
  • explode etc.
  • Time-saving and labor-saving automatic nesting function can generate co-edges andremnant.
  • Plates can be easily filled by various array modes.
  • Flexible automatic and manual sorting functions. Users can group the graphics to lock
  • the cutting sequence.
  • Preview the cutting sequence.
  • Quick set fly cut path.
  • Support various piercing methods including segmented pierce, incremental pierce, pre-pierce, group pre-pierce. Users can also set separate parameters of pierce and cutting including laser power, frequency, gas, pressure, peak power, delay, cut height
  • etc.
  • Real-time frequency and power curve editing. Set slow start parameters.
  • Powerful material library function allows all process parameters to be saved for reuse
  • of the same material.
  • Breakpoint memory when machining interrupted. And users can select resume position before or after breakpoint. Only machining selected graphic supportable.
  • Users can locate to specified position in stop or pause status and resume machining. Support round tube and plane sheet cutting; Support intersected line cutting.
  • Support cutting at fixed height and laser head follows in from outside plate.
  • Support various find-edge methods with high precision.
  • Powerful expansion capacity with more than 30 PLC, over 50 programmable processes.
  • Support programmable input and output port, and alarm input.
  • Support remote control of the system through wireless keyboard and Ethernet.

Manual Contents

  1. Quick Start
    1.1 Features
    1.2 Acquiring, Upgrading and Installing Software
    1.3 Start Operation
    1.3. 1 Desktop Shortcuts
    1.3. 2 User Interface
    1.3. 3 Toolbar
    1.3. 4 File Menu
    1.4 Operation Process
    1.4. 1 Importing Files
    1.4. 2 Preprocessing
    1.4. 3 Cutting Technique
    1.4. 4 Cutting path planning
    1.4. 5 Pre-cutting Check
    1.4. 6 Start Cutting
  2. Graphic Edit
    2.1 Graphic Display
    2.2 Selection
    2.3 Geometric Transformation
    2.3. 1 Size Modification
    2.3. 2 Dynamic Transformation
    2.3. 3 Fast Translation and Copying
    2.4 Coordinate and Parameter Input
    2.5 Automatic Attach
    2.6 Graphic Drawing
    2.6. 1 Standard Graphic Drawing
    2.6. 2 Text Input
    2.6. 3 Standard Parts
    2.7 Graphic Optimization
    2.7. 1 Smooth Line
    2.7. 2 Break Line
    2.7. 3 Delete Duplicate
    Friendess CypCutE Laser Cutting Control Software
    2.7. 4 Delete Invisible
    2.7. 5 Join Line
    2.7. 6 Break Grid
    2.8 View
  3. Graphic Technique and Tools
    3.1 Lead Line
    3.1. 1 Distinguish Inner and Outer Contour
    3.1. 2 Automatic Lead Line
    3.1. 3 Manual-Set Lead Line
    3.1. 4 Check the Lead Line
    3.1. 5 Seal, Over, Gap, and Multi-Cut
    3.2 Seam Compensation
    3.3 Micro Joint
    3.4 Cooling Point
    3.5 Ring Cut
    3.6 Fillet/Relief
    3.7 Group
    3.7. 1 Group Sorting
    3.7. 2 Group Processing
    3.8 Fly Cut
    3.8. 1 Linear FlyCut
    3.8. 2 Circular FlyCut
    3.8. 3 Obround FlyCut
    3.8. 4 One Path Fly Cut
    3.9 Co-edge
    3.9. 1 Automatic Snap
    3.9. 2 Co-edge with Compensation
    3.10 Bridge
    3.11 Array
    3.11. 1 Rectangular Array
    3.11. 2 Dynamic Array
    3.11. 3 Polar Array
    3.11. 4 Fill
    3.12 CutOff Line
    3.13 Generate Border Contour
    3.14 Measure
    3.15 Batch Modify
    3.16 Technical Parameters
    3.16. 1 Parametric Description
    3.16. 2 Real-time Power/Frequency Curve Regulate
    3.16. 3 Layer Mapping
    3.16. 4 Lead Line Technique
    3.17 Nest
    3.17. 1 Nesting Details
    3.17. 2 Nesting Report
    3.17. 3 Automatic File Switch
    3.18 Sorting and Path Planning
    3.18. 1 Sequence Preview
    3.18. 2 Manual Sorting
    3.18. 3 Smart Sorting
    3.18. 4 Group Sorting
  4. Machining Control
    4.1 Coordinate System
    4.1. 1 Mechanical Coordinate System
    4.1. 2 Program Coordinate System
    4.1. 3 Find Zero Point after Interruption
    4.2 Alarm
    4.3 Manual Test
    4.4 Soft Limit Protection
    4.5 Frame
    4.6 Start and Dry Run
    4.7 Stop, Pause and Continue
    4.8 Breakpoint
    4.9 Start at Specified Position
    4.10 Global Parameters
  5. CNC Assistant Function
    5.1 Simulation
    5.2 Find Edge
    5.3 Quick CutOff
    5.4 PLC Process
    5.5 Task
    5.6 Return Origin Point
    5.7 Path
    5.8 Calibrate
    5.9 Shortcut key

Operation Video