FQA

We grow a wide range of materials including scintillators (CsI:Tl, CsI:Na, BGO, GAGG, LYSO), laser crystals (Yb:YAG, Nd:YAG, Ti:Sapphire), oxides, halides, sapphire, perovskites, and custom R&D formulations based on user requirements.

Yes. We support ppm-level to mol% dopant customization, including rare-earth doping, activators, and multi-element combinations to match optical, scintillation, or mechanical needs.

We provide rods, wafers, blocks, large boules, tapered crystals, pixel arrays, custom optics, and fully customized geometries based on CAD drawings or sketches.

Laser cutting supports features as small as 25–40 µm depending on thickness. Chemical etching typically supports ~50 µm resolution. We can optimize your design for best manufacturability.

Yes. We offer precision optical polishing (single-side or double-side) and AR/HR coatings at custom wavelengths. This is available for crystals, sapphire components, and optical substrates.

Standard lead time is 2–8 weeks depending on material, crystal size, geometry complexity, and processing requirements.

Absolutely. We specialize in prototype development and small-volume R&D production. Even a single piece can be manufactured.

Yes. We ship worldwide using UPS, FedEx, and DHL. Fragile crystals are packaged using anti-static foam, vacuum sealing (for hygroscopic materials), and reinforced impact-protection boxes.

Yes. Our engineering team reviews CAD files (DXF, STP, PDF, sketches) and provides suggestions for manufacturability, resolution limits, tolerances, and performance improvements.

Yes. NDAs are available upon request for sensitive or confidential R&D projects involving custom materials or device development.