
Now Available from AMS Technologies: GH Optics’ LWIR Ge-free Optical Windows
We are pleased to announce that LWIR Ge-free Optical Windows from GH Optics are now available from us. This new product line offers a germanium-free solution for long-wave infrared (LWIR) applications, delivering exceptional performance, durability, and cost-efficiency for industrial and research environments.
Manufactured using GH Optics’ proprietary GHW chalcogenide glass, these optical windows are designed for the 8-12 μm spectral range and feature advanced AR coatings combined with DLC or HD protective layers. The result is a high-transmittance (>94%), thermally stable, and mechanically robust optical component that meets the rigorous demands of infrared imaging, sensing, and detection systems.
Key advantages for European customers include:
- Germanium-free design for reduced material costs and improved supply chain resilience
- High optical clarity in the LWIR band for enhanced system performance
- Durable coatings for long-term reliability in harsh environments
- Optimized for industrial, scientific, and defense applications
With this launch, we offer European researchers, engineers, and system integrators a sustainable and scalable alternative to traditional germanium-based components.
Contact our sales team today for a quote!
EXPLORE MORE
NEWS & EVENTS
Fish & chips and photonics – our Europe XXIV meeting
Fish and chips, photonics, and three days together on the English Riviera. Our 24th Europe Meeting in Torquay gave us time beyond the usual day-to-day ...
Read More >

From Prototype to Product: Photonic Packaging at Bay Photonics
A photonic device that works on an optical bench is not yet a finished product. Packaging determines whether the optical alignment holds, whether heat leaves ...
Read More >

PIC Summit Europe
November 3–4, 2026
Eindhoven, NL
PIC Summit Europe is dedicated to photonic integrated circuits (PICs) and their applications in areas such as optical communications, sensing, and industrial photonics. The event ...
Read More >
