Sheet Fed Laser Die Cutting Machine
Goldenlaser designs and manufactures high speed and intelligent sheet fed laser die-cutting system that brings innovative and versatile laser die cutting solutions.
LC8060 Sheet Fed Laser Cutter features continuous sheet feeding, dual head laser cutting on-the-fly and automatic collection working mode. The steel conveyor moves the sheet continuously to the appropriate position under the laser beam with no stop or start delay between sheets. LC8060 is ideal for sheet label cutting and other jobs requiring die cutting, kiss cutting as well as creasing. Eliminating the time and cost of making dies, it is ideally suited to short-run labels, custom shaped cards, prototypes, packaging, carton and other projects that would normally require more expensive mechanical dies.
Digitization - quick, easy and highly intricate cutting - equally adept at one-off personalized jobs, short-run and long-run post-press processing.
High precision - zero vibration deviation and equipped with optical tracking to ensure positioning accuracy.
No more mechanical dies, saving time and money.
Advanced laser technology with user friendly interface.
Say goodbye to conventional die cutting: laser die cutting machine employs cutting-edge laser technology to produce stunning effects on a vast array of substrates.
When the process is digitized, the restrictions of conventional die cutting are eliminated and a vast array of new design options are made available, as well as new markets for you and your clients. Stunning and complicated patterns are simple to create and may be accomplished in few minutes.
Laser cutting is really fast and precise. It can kiss-cut, full-cut, crease, and etch at rapid rates on single or many patterns per sheet. Our sheetfed variant may boost productivity.
Laser can process a wide range of substrates including glossy paper, coated paper, self-adhesive paper, kraft paper, fluorescent paper, pearlescent paper, cardstock, PET, plastics, vinyl, foils, and even leather and fabric.
Automatic loading, with liftable platform function, reliable movement and smooth transmission, ensuring continuity and stability of feeding.
Self-developed special vision software with high-definition industrial cameras to read barcodes for jobs changeover.
Single, dual or multi-head lasers can be selected according to processing efficiency requirements and material characteristics. The type and power of the laser can be customized and selected on demand.
After the laser die-cutting process is completed, the system automatically collects the material, the collection range can be adjusted independently according to the size of the material, to ensure continuous automatic collection.
Steel conveyor belt design for better part handling
Software optimizes cutting configurations of imported geometries
Barcode reading option instantly changes cut pattern configuration
Dual head cutting capabilities
Capable of full cut, half cut, scoring, creasing and etching processes
Model |
LC8060 |
Design type |
Sheet fed |
Max cutting width |
800mm |
Max cutting length |
800mm |
Accuracy |
±0.1mm |
Laser type |
CO2 laser |
Laser power |
150W / 300W / 600W |
Dimensions |
L4470 x W2100 x H1950(mm) |
Watch Sheet Fed Laser Cutter LC8060 Working in Action!
Technical Parameters of Sheet Fed Laser Cutting Machine LC8060
Model |
LC8060 |
Design type |
Sheet fed |
Max cutting width |
800mm |
Max cutting length |
800mm |
Accuracy |
±0.1mm |
Laser type |
CO2 laser |
Laser power |
150W / 300W / 600W |
Dimensions |
L4470 x W2100 x H1950(mm) |
Applicable material
Glossy paper, coated paper, self adhesive paper, kraft paper, fluorescent paper, pearlescent paper, cardstock, PET, BOPP, PP, plastics, vinyl, foils, leather, fabric, etc.
Applicable industry
Printing & Packaging, RFID, Automotive, Membrane Switches, Abrasive Materials, Industrial, Gaskets, Flexible Circuitry, etc.
Sheet Fed Laser Cutting Samples – Paper Cartons

Sheet Fed Laser Cutting Samples – PET Cartons

Please contact goldenlaser for further information. Your response of following questions will help us recommend the most suitable machine.
1. What specific material do you need to laser cut? What is the size and thickness?
2. What is your application industry?