Large Optics up to 2000 mm

LAYERTEC manufactures optics with edge lengths up to 2000 mm, encompassing flat, spherical, cylindrical, and aspherical forms, available for both individual and series production. Specialized measurement technology is used to confirm all optical parameters. Additionally, the company offers coatings for UV to IR applications, suitable for optics with edge lengths up to 1000 mm.

Chirped Mirrors with high LIDT and GDD

LAYERTEC develops chirped mirrors tailored to customer specifications, offering adjustable phase responses across a broad wavelength range from 200 to 5000 nm. These mirrors achieve Group Delay Dispersion (GDD) values down to -10,000 fs². For optimal GDD oscillation compensation, a chirped mirror pair is recommended. Currently, LAYERTEC is developing chirped mirrors with GDD values up to -50,000 fs², available in limited quantities for R&D applications.

Lithographically Structured Layers

Utilizing advanced lithography, LAYERTEC produces structured layer systems, offering segmented components for precise lateral phase and amplitude modulation. Ideal for mode selection or beam splitting in high-power laser systems, these components withstand laser intensities up to the kW range.

Solderable Edge Coatings

Our solderable edge coatings for space applications ensure optical components withstand extreme conditions, crucial for environmental satellites. These technologies promise durability, precise alignment, and performance amid temperature fluctuations, advancing Earth's atmospheric monitoring and climate research with reliable, high-power laser systems.

Lightweight Mirrors

LAYERTEC's lightweight scanning mirrors, featuring a distinctive leaf-like structure on the rear side, are designed for rapid and precise laser beam positioning. These mirrors stand out due to their exceptionally high surface cleanliness (low defect density), making them ideal for high-power laser applications.

Large Optics up to 2000 mm

LAYERTEC manufactures optics with edge lengths up to 2000 mm, encompassing flat, spherical, cylindrical, and aspherical forms, available for both individual and series production. Specialized measurement technology is used to confirm all optical parameters. Additionally, the company offers coatings for UV to IR applications, suitable for optics with edge lengths up to 1000 mm.

Chirped Mirrors with high LIDT and GDD

LAYERTEC develops chirped mirrors tailored to customer specifications, offering adjustable phase responses across a broad wavelength range from 200 to 5000 nm. These mirrors achieve Group Delay Dispersion (GDD) values down to -10,000 fs². For optimal GDD oscillation compensation, a chirped mirror pair is recommended. Currently, LAYERTEC is developing chirped mirrors with GDD values up to -50,000 fs², available in limited quantities for R&D applications.

Lithographically Structured Layers

Utilizing advanced lithography, LAYERTEC produces structured layer systems, offering segmented components for precise lateral phase and amplitude modulation. Ideal for mode selection or beam splitting in high-power laser systems, these components withstand laser intensities up to the kW range.

Solderable Edge Coatings

Our solderable edge coatings for space applications ensure optical components withstand extreme conditions, crucial for environmental satellites. These technologies promise durability, precise alignment, and performance amid temperature fluctuations, advancing Earth's atmospheric monitoring and climate research with reliable, high-power laser systems.

Lightweight Mirrors

LAYERTEC's lightweight scanning mirrors, featuring a distinctive leaf-like structure on the rear side, are designed for rapid and precise laser beam positioning. These mirrors stand out due to their exceptionally high surface cleanliness (low defect density), making them ideal for high-power laser applications.