Germanium Optics
Germanium Optics for LWIR thermal imaging, infrared sensing, and rugged optical assemblies. Request review for size, coating, aperture, and drawings.
Product Overview
Overview
Germanium Optics are specified for LWIR thermal imaging, infrared sensing, and rugged optical assemblies. This page focuses on material choice, geometry, coating route, and the engineering information needed before a quotation.
Why This Design Matters
Germanium (Ge) is used because high refractive index and strong LWIR transmission for thermal imaging and sensing. For this product, the key decision is whether the Germanium windows, lenses, and drawing-based optics, aperture, coating, and mounting conditions match the optical layout.
Key Specification Summary
| Parameter | Guidance |
|---|---|
| Material | Germanium (Ge) |
| Operating Range | 8-14 µm |
| Diameter | 5-200 mm |
| Thickness | 1-20 mm |
| Geometry | Germanium windows, lenses, and drawing-based optics |
| Coating | LWIR AR or DLC coating options available on request |
Application Guidance
Use this product when the optical path requires LWIR thermal imaging, infrared sensing, and rugged optical assemblies. Engineers should confirm wavelength, beam diameter or field size, clear aperture, coating target, and mechanical envelope before final drawings are released.
- LWIR thermal imaging
- infrared sensing modules
- rugged protective windows
- gas detection optics
- custom Ge optical assemblies
Engineering Notes and Inquiry
For custom production, send operating band, component type, coating target, size, and mounting environment. OPTOstokes-IROptical can review the drawing, confirm feasible specification ranges, and align the optical component with the downstream assembly.
Use the contact form or email sales@iroptical.com to request engineering review, coating options, or a quotation.
Technical Parameters
Detailed specifications are not available for this product yet. Please contact the team for application guidance.