Industrial Laser Optics

High-damage-threshold optics for cutting, welding, marking, and surface treatment.
Industrial laser optics is a branch of optics that deals with the use of lasers in industrial production processes. The use of lasers in manufacturing can have various purposes, such as cutting materials, welding, marking, engraving, surface treatment, etc.

Industrial laser optics includes various components, such as laser sources, optical systems that direct and focus the laser beam, and detection systems for quality control and processing accuracy.

One of the main elements of industrial laser optics is lasers, which can be made on the basis of various materials, such as semiconductors, gases and solids. Lasers can have different wavelengths and  powers depending on  specific production needs.
Optical systems include lenses, mirrors, transparent plates and other optical elements that direct the laser beam to the desired areas of the object being processed and help achieve the required accuracy and quality of processing.

Industrial laser optics is an important technological field that has a wide range of applications in various industries, ranging from microelectronics to heavy industry.

Optics for CO2 lasers are produced using various types of coatings such as antireflective, broadband antireflective, partially reflective and highly reflective.

Atlant Optics manufactures high-precision optical components for industrial laser systems, including CO2, fiber, and solid-state lasers. Our optics are designed to withstand high power densities and ensure maximum beam quality and processing accuracy.

Key Products:
  • Focusing Lenses: Spherical, aspherical, and cylindrical lenses made from ZnSe, Ge, and fused silica for optimal beam focusing.
  • Protective Windows: Durable windows to protect sensitive internal components from debris and splatter.
  • Beam Delivery Optics: Mirrors and beam combiners for precise laser beam steering.
Specialized Coatings: We apply advanced optical coatings optimized for laser applications, including:
  • Antireflection (AR) Coatings: To maximize light transmission and minimize losses.
  • High-Reflectivity (HR) Coatings: For laser cavity mirrors.
  • Coatings with High Damage Threshold: Specially designed to resist thermal stress and laser-induced damage.