Lasers & Laser Sources

Lasers and laser sources provide precise light emission essential for cutting, marking, and measuring. They ensure precision and efficiency in industrial processes.

  2. Linde,Spectra Gases 3-Bottle Gas Cabinet with 206C Shutdown Controller

    Other Lasers & Related Equipment

    Linde,Spectra Gases 3-Bottle Gas Cabinet with 206C Shutdown Controller

    • Model 206-C Spectra Gases PLC Control with spares available.
    • Multi Gas Controller set up with two HF transmitters, but other gas options exist from Linde.
    • Removable gas panels equipped with both F2 Premix and inert regulators.
    • Past use for excimer laser in semiconductor industry.
    • Limited controller and sensor/actuator testing has been performed.

Common Applications

material processing

precision cutting

engraving

medical device manufacturing

microfabrication

welding

Buying Guide

Lasers & Laser Sources Buying Considerations

  • Determine the specific industrial process you need the laser for, such as cutting or welding.
  • Evaluate the power requirements to ensure the laser source meets your operational needs.
  • Consider the material type and thickness you will be working with to select the suitable laser type.
  • Check compatibility with existing systems to facilitate integration and avoid additional costs.
  • Assess brand reputation and support services to ensure reliability and maintenance availability.

Frequently Asked Questions

What are industrial lasers used for?
Industrial lasers are used for cutting, marking, welding, and material processing.
What types of lasers are common in industrial applications?
Common types include CO2 lasers, fiber lasers, and solid-state lasers.
Which brands manufacture industrial laser sources?
Renowned brands include Coherent, Trumpf, and IPG Photonics.
How do I choose the right laser for my needs?
Consider application requirements, material type, and power level of the laser.
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