The LASER CO2 SM-514-001 UM is a CO2 laser engineered for industrial material processing applications demanding precise beam control and reproducible results. Operating at a weave length of 514 µm, this gas laser delivers infrared radiation at approximately 10.6 micrometers, optimized for efficient interaction with a broad range of materials. The unit combines high average output power with electrical excitation via high-voltage or radio-frequency discharge, making it suitable for manufacturing environments where accuracy and reliability are non-negotiable.
– Technical Specifications
• Laser Type: CO2 gas laser
• Weave Length: 514 µm
• Emission Wavelength: Approximately 10.6 µm (infrared)
• Active Medium: Carbon dioxide, nitrogen, and helium gas mixture
• Excitation Method: High-voltage or radio-frequency electrical discharge
– Key Features
• Infrared emission wavelength optimized for material processing efficiency
• Gas laser design with proven industrial performance characteristics
• High average output power capability typical of CO2 laser technology
• Electrical excitation enabling precise beam modulation
– Typical Applications
• Metal Processing: Precision cutting and welding of stainless steel, aluminum, and thin-gauge sheet metal
• Marking and Engraving: Permanent inscription on wood, glass, ceramics, plastics, and composites
• Non-metallic Material Machining: Processing of textiles, leather, and paper substrates
• Industrial Identification: Date/lot coding and two-dimensional barcode generation
• Fabrication: Integrated cutting and welding operations in manufacturing workflows
– Compatibility & Integration
The 514 µm weave length specification supports integration into laser systems requiring specific beam geometry parameters for focused material processing and precision work.
