Automatic Laser Cutter
MK360R
MK360R is a laser cutting machine designed for web-fed material processing applications such as self-adhesive labels, PET films, PP films, and gold or silver foil materials. It is suitable for short-run digital production and customized label converting workflows and can be integrated with digital printing equipment to support a more connected digital production process.
| Design Type | Roll-to-Roll / Roll-to-Sheet |
| Max. Sheet Size | 360 mm |
| Application Materials | Self-Adhesive Paper, PP, PET, Paper, etc. |
| Light Source | CO₂ |
| Laser Energy | 180 W / 300 W |
| Positioning Method | Color Code Sensor Auto Deviation Correction |
| Max. Scan Range | 350 × 350 mm |
| Input File | PLT, DXF |
| Power Supply | AC380V N PE, 50 Hz, 10 kW |
| Working Environment | T25±2°C, RH40%–60% |
| Net Weight | 2000 kg |
- Digital Production Workflow
Cutting files are configured through computer control, enabling quick adaptation for personalized products, short-run prints, and post-press operations on imposed layouts.
- Flexible Design Capability
Software-based processing and digital workflow help designers complete product layout and structure development more efficiently while reducing design adjustment during production. Without the limitations of traditional cutting dies, the system supports more flexible graphic and packaging design applications.
- High Cutting Precision
Automatic laser cutting and engraving help maintain stable cutting accuracy without vibration deviation during operation. Video capture technology helps reduce positioning deviation and improves cutting precision during material feeding.
- Efficient Job Changeover
Laser cutting helps reduce the time required for producing and adjusting traditional mechanical cutting dies, supporting faster preparation and production switching between different jobs.
- Lower Operating Cost
The cutting process is controlled directly by computer software, so traditional cutting dies are not required for different graphics and character patterns. This helps reduce tooling, operation, and maintenance costs for customized production work.
- Deviation Correction System
The deviation correction system helps correct web material deviation during operation. Combined with encoders, sensors, and correction components, the system supports more stable and efficient material transport during laser cutting.
- Tension Control System
The tension control system allows operators to set the required tension values directly while supporting coil diameter calculation during material feeding.
- Coding Control System
The encoder system converts displacement into pulse signals and uses pulse counting to help maintain stable positioning accuracy during laser die cutting.