LightWAVE KT300 - 300W CO2 Laser

Specifications

Gas Medium: CO2
Wavelength: 10.6 um
Output Power: 300 W
Mode Quality (M^2): <1.2
Beam Diameter: 8 mm
Beam Divergence (Full Angle): 2.5 mrad
Polarization: Linear
Cooling: Water-to-Air, Water-to-Water
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Features


  • Liquid Cooled: Ensures efficient thermal management for optimal performance.

  • RF Excited: Provides stable and reliable excitation for consistent laser output.

  • Wide Operating Power Range: Operates efficiently from 20 to 400 watts, accommodating various applications.

  • Exceptional Power Stability: Maintains power stability of ±6% for precise and consistent results.

  • Fast Rise and Fall Time: Achieves rapid response with a rise and fall time of approximately 60 µsec.

  • Pulsed up to Quasi-CW Operation: Offers flexibility in operation modes for diverse industrial applications.

  • Metal Sealed Laser Cavity: Ensures long-term reliability and durability.

  • Internally Collimated: Produces a focused beam for precise cutting and engraving.

  • Integrated RF: Simplifies installation and reduces system complexity.

  • Common Footprint: Facilitates easy integration into existing systems.

  • Overbuilt Electronics: Provides robust performance and longevity.

  • Three Point Mounting: Ensures stable installation and alignment.

  • Manufactured in the USA: Guarantees high-quality production standards.

Applications


  • Material Processing: Ideal for cutting, engraving, and marking a variety of materials such as metals, plastics, and wood with precision.

  • Automotive Industry: Used for precision cutting and welding of automotive components, enhancing manufacturing efficiency.

  • Electronics Manufacturing: Suitable for delicate operations like PCB cutting and micro-machining of electronic components.

  • Textile Industry: Enables high-speed cutting and engraving of fabrics, ensuring clean edges and intricate designs.

  • Medical Device Manufacturing: Facilitates precise cutting and shaping of medical devices, maintaining stringent quality standards.

  • Packaging Industry: Used for cutting and scoring packaging materials, improving production speed and accuracy.

  • Aerospace Applications: Assists in the fabrication of lightweight components with high precision and minimal material waste.

  • Signage and Display Manufacturing: Perfect for creating detailed and durable signage and display elements.

  • Research and Development: Provides a versatile tool for experimental setups and prototyping in various scientific fields.

  • Jewelry Making: Allows for intricate engraving and cutting of precious metals and gemstones, enhancing design capabilities.