The machine is offered with a 60W CO2 laser as standard. A 75W laser option/upgrade is also available—confirm with the seller when ordering.
Available working areas are 700 × 500 mm or 600 × 400 mm depending on the specific model/configuration you choose.
Common applications include acrylic, wood, MDF, plastics and similar non-metal materials. It can both cut and engrave these substrates; cutting depth depends on material type and laser power.
The controller accepts common graphic formats: BMP, GIF, JPEG, PCX, TGA, TIFF, PLT, CDR, DWG and DXF (and other typical formats compatible via the Ruida controller/software).
This model uses a Ruida 6445GM controller and Leadshine motors for the drive system.
Engraving speed is steplessly adjustable from 0 to 64,000 mm/min, allowing fine tuning for different materials and detail levels.
Minimum shaping character sizes are approximately: Latin letters 1 mm, Chinese characters 2 mm (actual legibility depends on font and engraving settings).
Overall dimensions are about 1400 × 1030 × 550 mm. The machine supports 110V or 220V mains—choose the correct voltage version for your region.
The CO2 glass tube requires continuous water cooling (use a chiller or suitable water-cooling system). You should also use an exhaust fan and air assist to remove fumes and improve cut quality.
Cutting thickness varies by material, density, focus and laser power. As a guideline, a 60W CO2 typically cuts acrylic in the range of approximately 6–12 mm and woods in a similar variable range; a 75W unit can cut somewhat thicker. Perform test cuts to determine optimal thickness and settings.
Jobs can be sent via the Ruida controller using USB/SD-card or direct connection to a PC depending on your controller configuration—check with the supplier for exact connectivity options on your unit.
Regular tasks include: keep lenses and mirrors clean, maintain correct water temperature and quality for the laser tube, check and adjust mirror alignment, lubricate motion rails as recommended, and inspect belts/drive components periodically.
Typical glass CO2 tube life is variable but often reported in the thousands of hours (many users see several thousand to ~8,000–10,000 hours) depending on usage and maintenance. Replace the tube when power degrades or it fails; always follow safe handling procedures.
The machine includes basic safety features like an emergency stop; you must also use appropriate eyewear, ensure proper ventilation and exhaust, use the water chiller, and operate the machine in a well-ventilated area. Follow local safety regulations and the supplier's safety instructions.
Warranty terms and after-sales support vary by seller. Contact the supplier for exact warranty period, available spare parts (mirrors, lenses, tubes, power supplies), and technical support or training options before purchase.
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