High speed CO2 Laser Engraver
Model: HY-6040
Type: CO2 Laser Engraving Cutting Machine
Products Introduction: HY-6040 laser machine is a cutting-edge machine designed for fast and precise engraving on various materials. With its advanced technology and high-speed capabilities, it delivers exceptional results in a short time. Perfect for businesses and individuals seeking efficient laser engraving solutions.
Product Introduction
- Imported high-precision linear guide rail transmission makes the optical laser path and movement more stable, and better cutting effects.
- Advanced DSP control system, high speed, easy operation, high cutting speed.
- Motorized up-down table optional to allow customers to process thick materials. Red dot and auto focusing optional for easy operation and better working efficiency.
- We can make double or more laser heads to improve work efficiency.
Product Details
Machine Optional Parts
Specification
Model | HY-6040 | ||||
Standard Laser power: | 60w | ||||
Optional Laser power: | 40w,80w,100w | ||||
Engraving Area | 600x400mm/ 23.62×15.75inch | ||||
Gross power | 1200w | ||||
Laser type: | CO2 glass laser tube | ||||
Cutting depth: | Acrylic 0-20mm, others material(varied according to the nature) | ||||
Engraving speed : | 0-1000mm/s | ||||
Cutting speed: | 0-600mm/s | ||||
Resetting positioning accuracy: | <0.01mm | ||||
Maximum forming character: | Figure/English: 1x 1mm | ||||
Power supply: | 220V±10% 50HZ or 110V±10% 60HZ | ||||
Software supported: | ArtCut, PhotoShop (Conversion output) CorelDraw, AutoCAD, Lasercut (Direct output) | ||||
Main Graphic format supported: | PLT/DXF/BMP/AI (Direct output) | ||||
Engraver for Curve surfaces: | Rotary clamp is optional and used to engrave on curse surfaces | ||||
Water Cooling: | Yes | ||||
Maximum Height of | 270mm/10.63in.(Up and down adjustable by motor) | ||||
Laser tube(life hours): | 3000-4000 hours/ reci 8000-10000 hours | ||||
Certificate | CE/FDA | ||||
Assistant Equipment: | Dual red dot pointer | Water pump | Air pump | Exhaust Fan | Flat aluminum-alloy table slat worktable |
Spare Parts Recommend (R): Laser Tube, Lens, Mirror | |||||
Options: Motorized up-down table, Rotary clamp, Water chiller, Auto focus, Honeycomb worktable | |||||
Video Show
Applicable
Applicable materials:
wood, MDF, balsa, timber, veneer, plywood, bamboo, acrylic, crystal, glass, plexiglass, mirror glass, textiles, garments plastics, PMMA, paper, cardboard, foam, foils and films, packaging film, PES, Laminate sheet, double color board/plate, granite, marble, slate, leather, rubber, ceramic and other nonmetal materials.
Applicable industries:
advertisement, arts and crafts, gifts, printing and packaging, leather industry, garment cloths industry, model industry, gravestone/combstone industry, photographic sutio industry, computerized embroidery and clipping, paper industry and decoration industry.
Customer Feedback
FAQs
Yes, CO2 laser machines can engrave photographs or complex images. However, the quality of the engraving may vary based on factors such as the resolution of the image, the material being engraved, and the power and capabilities of the specific CO2 laser machine.
Routine maintenance for a CO2 laser machine includes cleaning the optics, checking and aligning mirrors, inspecting and replacing the laser tube if needed, and ensuring proper ventilation and cooling systems. Regular maintenance helps to ensure optimal performance and longevity of the machine.
In many cases, it is possible to upgrade or expand the capabilities of a CO2 laser machine. This can include adding accessories like rotary attachments for engraving cylindrical objects or upgrading the laser tube for higher power output. However, the feasibility of upgrades may depend on the specific model and manufacturer.
Yes, you can engrave cylindrical objects using a CO2 laser machine by utilizing a rotary attachment. The rotary attachment allows the object to rotate while the laser engraves, ensuring even and accurate engraving around the cylindrical surface.
The time required to engrave or cut a specific design depends on factors such as the complexity of the design, the material being processed, and the power of the laser machine. Simple designs may take just a few seconds, while more intricate designs or thicker materials may require several minutes or longer.
