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BST 810B PRO 100W WITH RUIDA CONTROLLER CO2 LASER CUTTING MACHINE (CUTTING SIZE – 2′ x 3′)


  • Model – BST 810B Pro RD (2’*3’)
  • Bed Size – 66cm x 93cm | 660mm x 930mm
  • Working Area – 60cm x 90cm | 600mm x 900mm
  • Cutting Capacity – Up to 18mm
  • Laser Type – Glass sealed CO2 laser
  • Laser Head – Black head
  • Water Protection – Water cut off alarm system
  • Power Supply – MYJG100w AC 220v
  • Working Table – Electric lifting aluminum knife platform
  • Cooling System – Water chiller
  • Motherboard – RD mother board
  • Air Assist – Air pump (ACO-005)
  • Design – 100+ designs can upload at a single time
  • Control Board Card – Ruida control card

265,000.00 310,000.00

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  • Model – BST 810B Pro RD (2’*3’)
  • Bed Size – 66cm x 93cm | 660mm x 930mm
  • Working Area – 60cm x 90cm | 600mm x 900mm
  • Cutting Capacity – Up to 18mm
  • Laser Type – Glass sealed CO2 laser
  • Laser Head – Black head
  • Water Protection – Water cut off alarm system
  • Power Supply – MYJG100w AC 220v
  • Working Table – Electric lifting aluminum knife platform
  • Cooling System – Water chiller
  • Motherboard – RD mother board
  • Air Assist – Air pump (ACO-005)
  • Design – 100+ designs can upload at a single time
  • Control Board Card – Ruida control card

Description: A CO2 laser cutting machine is a versatile tool used in various industries for cutting, engraving, and marking a wide range of materials, including wood, acrylic, plastic, paper, fabric, leather, and more. It works by emitting a concentrated beam of light that vaporizes or melts the material in its path, creating precise cuts or detailed engravings.

Features:

  1. High Precision: CO2 laser machines offer exceptional precision, allowing for intricate cuts and detailed engravings with minimal margin for error.
  2. Versatility: They can cut and engrave a wide range of materials, making them suitable for diverse applications across industries such as manufacturing, signage, woodworking, textiles, and crafts.
  3. Speed: CO2 lasers can cut through materials quickly, increasing productivity and efficiency in production processes.
  4. Non-contact Cutting: The laser beam does not physically touch the material, minimizing the risk of damage or contamination, especially with delicate or sensitive materials.
  5. Customization: Users can create custom designs and patterns easily with CO2 laser cutting machines, making them ideal for personalized products and prototypes.
  6. Automation: Many CO2 laser machines are equipped with advanced software and automation features, allowing for precise control and customization of cutting parameters.
  7. Minimal Waste: The focused laser beam produces narrow kerf widths, resulting in minimal material wastage compared to traditional cutting methods.
  8. Safety Features: CO2 laser cutting machines are equipped with safety measures such as enclosures, interlocks, and exhaust systems to ensure safe operation and protect users from laser hazards.

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