MK800SF
Laser Cutting Machine
MK800SF is a laser cutting machine designed for sheet sizes up to 600 × 890 mm. It is suitable for self-adhesive label production, carton converting plants, and digital printing applications. The system is mainly used for cutting non-standard cardboard layouts and handling short-run digital printing jobs for paperboard and packaging products.
| Design Type | Sheet-Fed / Flying Mode |
| Max. Sheet Size | 600 × 890 mm |
| Application Materials | Self-Adhesive Paper |
| Light Source | CO₂ |
| Laser Energy | 180 W × 2 / 300 W × 2 |
| Positioning Method | Video Capture |
| Input File | PLT, DXF |
| Power Supply | AC380V + N + PE, 50 Hz, 15–18 kW |
| Air Source | Pressure 0.6–0.7 MPa, Flow Rate >1 m³/min |
| Working Environment | T25±2°C, RH40%–60% |
| Net Weight | 3000 kg |
| Machine Dimensions | 5400 × 1400 × 1950 mm |
- Digital Production Workflow
Cutting files can be changed directly through computer control, which makes the laser cutting machine suitable for personalized packaging production, short-run digital printing, and post-press processing of large-format imposed sheets.
- Flexible Design Capability
The digital cutting workflow gives designers more flexibility when developing packaging structures and special-shaped graphics. Three-dimensional display and software-based processing help reduce design errors before production.
- High Cutting Precision
Laser cutting and engraving help maintain stable cutting accuracy without mechanical vibration deviation. Video capture technology helps reduce sheet positioning deviation during feeding and improves cutting precision throughout the process.
- Efficient Job Changeover
The laser cutting system reduces the need for traditional mechanical die production and die adjustment, helping shorten preparation time between different jobs and packaging designs.
- 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 short-run and customized production work.
