The desktop CO₂ laser marking machine features a compact, 'integrated equipment and workstation' design. Its body height and operating angle strictly adhere to ergonomic standards, eliminating the need for an additional workbench. It can seamlessly integrate into production lines or small workshops, boosting space utilization by over 50%. The equipment supports precise marking of text, serial numbers, QR codes, and high-precision logos, adapting to a wide range of non-metallic materials. It meets the stringent requirements for industrial-grade product traceability while also providing personalized identification for scenarios like gift packaging and art customization, truly achieving 'multi-functional, precise, and efficient' performance.
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Applications
Suitable for marking, cutting, and drilling various non-metallic materials, such as wood, paper, fabric, acrylic, leather, plastic, rubber, resin, ceramics, coated materials, stone, and more.
Bamboo laser engraving
Waffle cone shaped cup laser marking
Shoe sole laser marking
Wood laser engraving
PCB QR code laser marking
Cuttable film laser engraving
Stainless steel tumbler laser marking
Notebook hardcover laser marking
Bamboo and wood products laser marking
Leather laser marking
PU notebook laser marking
Insole laser marking
Wood laser marking
Tire QR code laser marking
EVA foam laser marking
Card paper laser cutting
Technical Data
Configuration
Inquiry
Technical Data
Laser power 30W, 60W, 100W, 200W, 300W
Laser type CO₂ Laser
Laser wavelength 10.6μm
Marking range 50×50mm~400×400mm
Beam quality M²<1.5
Scanning speed F=160mm, ≤7000mm/s
Pulse repetition frequency 0~25 kHz
Min. line width 0.1mm (depending on material) @F=160mm
Min. character height 0.6mm @ F=160mm
Cooling mode 30W air cooling, ≥60W water cooling
Power supply 1.5kW/AC220V/50Hz (Voltage fluctuation range ±5%; a voltage stabilizer is required if exceeding this range)
Operating temperature & humidity 0℃~40℃, 30%≤RH≤85% (Operating outside this range may affect equipment performance and lifespan; consider installing air conditioning if used outside this range)
RF CO₂ laser
Features high electro-optical conversion efficiency, requires virtually no maintenance, and is suitable for high-volume production needs; supports multiple wavelengths (e.g., 10.6μm, 9.3μm).
Galvo scanner
The galvo scanner boasts fast scanning speeds, reaching tens of thousands of scans per second; it features a sealed design for long lifespan and low maintenance costs. Electromagnetic or piezoelectric drive methods reduce mechanical wear, further enhancing the equipment's durability and reliability.
F-theta lens
Equipped with an F-theta lens for 1064nm wavelength, mainly used in fiber laser marking machines. Due to its longer wavelength, it offers strong energy penetration, making it suitable for marking various metal and non-metal materials. It supports long-term operation without the need for consumables to be added or replaced. Currently, we have received no user feedback regarding F-theta lens damage.
Control card
Equipped with a genuine JCZ EZCAD control board, ensuring the stability of the entire marking system. The software interface supports multiple language versions (Chinese, English, Italian, Russian, Korean, Japanese, Spanish, Portuguese, etc.). Its powerful functions include text marking, QR code marking, vector graphic marking, automatic serial number skipping, and more.
Computer
Features an industrial computer with a Windows 10 system and a 19-inch LCD display to ensure smoother operation of the entire laser equipment.
Column
Supports various working area options (e.g., 110×110mm, 150×150mm, etc.), meeting diverse marking requirements. The Z-axis, through precise mechanical design and control systems, ensures accurate laser focus alignment at different heights for stable and reliable marking results.
Laser safety warning labels
Plays a crucial role in scenarios involving laser applications, primarily serving to alert people to potential laser hazards and ensure personnel safety.
What materials are suitable for the CO₂ laser engraving machine?
It is suitable for non-metallic materials such as wood, acrylic, leather, etc. Metal materials with special coatings, like the surface of a painted insulated cup, can also be marked.
Can the CO₂ laser machine process metal materials?
This machine is suitable for marking, cutting, and drilling various non-metallic materials. It cannot directly mark bare metals. If you need to mark metal materials, we recommend using a fiber laser marking machine instead.
What is the lifespan of a CO₂ laser engraver?
Under normal use, the theoretical lifespan of CO₂ laser engraving equipment is approximately 25,000-40,000 hours. The specific lifespan can be influenced by factors such as operating frequency, environment, and maintenance.
What is the warranty period for the CO₂ laser marking machine? What services are included?
The entire machine comes with a two-year warranty. During the warranty period, faulty components not caused by human error can be replaced free of charge.
What control software does the CO₂ laser engraver use?
The standard control software is EzCad. Its interface supports multiple languages (Chinese, English, Russian, Japanese, etc.), making it intuitive and easy to use.
What artwork file formats does the CO₂ laser cutting machine support?
It supports common formats like PLT, DXF, AI, etc., and is compatible with mainstream design software to meet diverse engraving/cutting needs.
Can the CO₂ laser marking equipment support marking QR codes and barcodes?
Yes, the equipment supports rapid marking of QR codes, barcodes, serial numbers, logos, text, and other content, suitable for product traceability and identification applications across various industries.
Standard Configuration
Optional Configuration
Supporting Equipment
Accessory List
Fume Extractor
80mm rotary clamp fixture
Roller rotary axis
Rotary axis with tailstock