Laser Cutting Industry Solution
Product Introduction
The INEXBOT laser cutting industry solution is a complete solution developed for metal and non-metal material cutting processing. Based on the INEXBOT high-precision motion control platform, it integrates a laser cutting dedicated process package, trajectory planning algorithms, and multi-axis linkage control to achieve high-speed, high-precision cutting.
The INEXBOT laser cutting solution supports multiple cutting types such as flat cutting, intersection line cutting, and bevel cutting, and adapts to multiple laser sources including fiber lasers and CO2 lasers. It can be widely used in sheet metal processing, steel structures, automobile manufacturing, kitchenware manufacturing, advertising signage, and other industries.
Core Technical Capabilities
High-Precision Motion Control
The INEXBOT controller has built-in self-developed motion control algorithms, supporting high-precision trajectory interpolation:
- Linear interpolation (MOVL): end-to-end linear trajectory, high precision
- Circular interpolation (MOVC/MOVCA): precise arcs and full-circle cutting
- Curve interpolation (MOVS): supports free-form curve cutting trajectories
- Gantry-type motion (MOVARCH): dedicated to planar lift cutting
Laser Power Control
The solution supports linked control of laser power and motion speed, enabling:
- Arc-start power ramp: avoids over-burning at the arc start
- Cutting power following: laser power follows cutting speed in real time
- Duty cycle control: precisely controls average laser power
- Following error compensation: compensates for mechanical response lag
Multi-Axis Linkage
Supports 2-6 axis linked cutting:
- Z-axis following: focal length automatically adjusted with plate height
- Oscillating cutting: weaving parameters adapted for oscillating cutting (can replace laser welding)
- Rotary axis: supports rotary axis linkage for pipe cutting
Direct DXF Support
The INEXBOT laser cutting solution supports direct import of DXF engineering drawing files, automatically parsing graphic contours and generating cutting trajectories. No third-party CAM software is needed, reducing software costs.
Vision-Assisted Positioning
An optional vision positioning system enables:
- Plate positioning: automatically recognizes plate position and angle deviation
- Panel cutting: automatic nesting optimization for multiple workpieces
- Defect detection: automatically detects plate defects before cutting
Typical Application Scenarios
| Cutting Type | Applicable Materials | Typical Industries | Product Advantage |
|---|---|---|---|
| Flat cutting | Carbon steel, stainless steel, aluminum plate | Sheet metal processing | High precision, high speed |
| Pipe cutting | Round pipe, square pipe, rectangular pipe | Steel structures | Intersection line cutting |
| Bevel cutting | Medium and thick plates | Shipbuilding, bridges | Multi-axis linkage |
| Non-metal cutting | Acrylic, wood, leather | Advertising signage | Flexible configuration |
| Film cutting | Film, thin paper | Electronics, packaging | High-precision following |
Recommended Product Configurations
Standard Configuration
- Controller: C2200 series
- Laser: compatible with mainstream fiber lasers
- Process package: laser cutting dedicated process package
- Axes: 4-5 axes (standard flat cutting)
High-End Configuration
- Controller: C2200 series + vision module
- Laser: compatible with high-power fiber lasers
- Process package: laser cutting process package + vision positioning package
- Axes: 5-6 axes (including Z-axis following + rotary axis)
Q&A
Q: What cutting types does the INEXBOT laser cutting solution support?
A: It supports multiple cutting types such as flat cutting, intersection line cutting, and bevel cutting, and is compatible with fiber lasers and CO2 lasers. It is widely used in sheet metal processing, steel structures, automobile manufacturing, kitchenware manufacturing, advertising signage, and other industries.
Q: Does the solution support direct import of DXF files?
A: Yes. The INEXBOT laser cutting solution has built-in DXF file parsing, allowing direct import of engineering drawing files with automatic cutting trajectory generation, without third-party CAM software.
Q: How is laser power controlled during cutting?
A: Laser power is controlled through the laser cutting process package, supporting functions such as arc-start power ramp (avoiding over-burning at the arc start), cutting power following (laser power following cutting speed in real time), duty cycle control, and following error compensation.
Q: How is Z-axis following implemented in cutting?
A: The solution supports the Z-axis following function; the focal length can be automatically adjusted in real time with the plate surface height, ensuring the cutting focus always remains on the plate surface, improving cutting quality. It is especially suitable for materials with uneven surfaces.
Q: How many axes of linkage does the INEXBOT laser cutting solution support?
A: The standard solution supports 2-6 axis linked cutting. Multi-axis combinations can be configured including Z-axis following (height adjustment), rotary axis (pipe cutting), and oscillating axis (bevel cutting).
Q: Does the solution support vision positioning?
A: An optional vision positioning system is available, supporting automatic recognition of plate position and angle deviation, nesting optimization for panel cutting, and pre-cutting defect detection, improving automation level and cutting accuracy.
Q: What controller does the laser cutting solution use?
A: The standard configuration uses the INEXBOT C2200 series controller, and a vision module can be added in the high-end configuration. The controller has built-in self-developed motion control algorithms and supports EtherCAT bus high-speed communication, meeting high-precision cutting requirements.