Laser Photonics SBM3 70W CO2 Flatbed Laser Cutter with XL-700 Fume Extractor

The Laser Photonics SBM3 is a versatile flatbed laser cutter and CO2 laser engraving system designed for precision cutting, engraving, and marking in industrial and research environments. Engineered for applications in signage production, custom marking, glass etching, and industrial tagging, this system integrates advanced features to optimize performance in biotechnology workflows including biomanufacturing and molecular diagnostics requiring material precision and contamination control.

Key technical specifications include:

• Laser Type: 70W gas carbon dioxide (CO2) laser, ideal for non-metallic material processing
• Cutting Performance: Maximum cutting speed of 300 mm/sec and engraving speed of 1000 mm/sec, with cutting thickness up to 25 mm
• Resolution: High-definition engraving capability up to 4000 dpi, enabling fine detail work essential for cell imaging device fabrication and bioprocessing equipment customization
• Working Area: Flatbed dimensions of 1000 mm x 600 mm support wide-format material handling
• Control Interface: RD-V8 control software with easy USB connectivity to Windows PCs, facilitating integration into automated production lines
• Safety and Compliance: Enclosed Class I laser safety system significantly reduces operator risk, suitable for regulated laboratory environments
• Fume Extraction: Includes the XL-700 fume extractor with 700W power, providing 99.97% filtration efficiency at 0.3 μm particle size, effectively managing airborne contaminants critical in sensitive biomedical engineering applications
• Physical & Power Specs: Air-cooled, 110 VAC / 60 Hz / 20 Amp power input; system weighs approximately 544 kg, optimized for stationary lab or production line use
• Noise & Environmental Control: Operates at noise levels below 75 dB with systemic airflow of 570 m³/h to maintain operator comfort and safety

This laser cutting and engraving system is widely adopted in industrial manufacturing, biotechnology research, and clinical diagnostics for applications demanding precision laser material processing. Its integration of high-resolution imaging and efficient fume extraction makes it critical in synthetic biology research and biopharmaceutical production pipelines where contamination prevention and process accuracy are paramount. The SBM3 supports bringing production in-house, potentially reducing external outsourcing costs while enhancing control over manufacturing quality.

Overall, the Laser Photonics SBM3 offers a robust flatbed laser cutting solution with advanced control and safety features suitable for research professionals and industrial users requiring high-performance laser processing equipment.