From material selection to volume production — we engineer optical solutions that perform in the real world, not just on spec sheets.
Specify what your system needs — not what the catalog says.
Describe your optical requirement — get instant material, coating and tolerance recommendations.
Five core industries. Each with unique optical constraints. We engineer components that address your specific challenges.
Fused silica and ZnSe optics with high-LIDT coatings. Engineered for thermal stability from 100W to multi-kilowatt systems.
UV fused silica optics with λ/20 flatness. Super-polished surfaces with Class 100 cleanroom inspection and packaging.
Precision lenses and windows with medical-grade coatings. Sapphire and fused silica options for sterilizable systems.
Ge and ZnSe optics for thermal imaging. Protected gold mirrors for IR beam steering. MIL-spec environmental testing.
Explore Aerospace Solutions →CaF₂ prisms for pulse compression. Broadband optics from DUV to LWIR. No minimum order. Full inspection reports with every shipment.
Explore Research Solutions →Engineered in standard and custom specifications across UV, visible, and infrared spectra.
Spherical, aspheric, cylindrical, achromatic, ball and rod lenses for imaging, focusing and collimation.
View Specifications →Protection windows and substrates in BK7, fused silica, sapphire, CaF₂, ZnSe and other materials.
View Specifications →Dielectric, metallic and laser-line mirrors with reflectance up to 99.99% at design wavelength.
View Specifications →Bandpass, shortpass, longpass, neutral density and dichroic filters for precise wavelength control.
View Specifications →Cube and plate beamsplitters, polarizing and non-polarizing types for precise beam splitting and combining.
View Specifications →Right angle, penta, dove, dispersing and polarizing prisms for beam manipulation.
View Specifications →Zero-order and multi-order waveplates, polarizers and retarders for polarization control.
View Specifications →Whether you know exactly what you need or need expert guidance, we have the right path for you.
Browse our complete catalog of 70+ optical components. Filter by type, material, wavelength, or application to find the exact specification you need.
Describe your optical challenge — thermal issues, coating degradation, alignment problems — and our AI engineer will analyze solutions for you.
Explore our engineering guides, material comparisons, and application notes to make informed decisions for your optical system.
Filter by component type, material, wavelength range, application or specification requirements.
We do not just sell components — we help engineers solve optical problems.
Founded by optical engineers. Thousands of custom designs delivered for laser, semiconductor and medical systems.
From standard BK7 to exotic IR materials. We select the right material for your wavelength, power and environment.
ISO 9001:2015 certified. Every component inspected with laser interferometry before shipment.
Every quote includes a free engineering review. Material selection, coating optimization and tolerance advice at no extra cost.
Every optic goes through a controlled 7-step process. Skip a step and you compromise quality.
Grade-A optical blanks selected for your wavelength, power and environmental requirements.
CNC grinding to achieve near-net shape with controlled surface generation.
Sub-aperture and full-aperture polishing to achieve nanometer-scale surface finish.
Precision edging to ensure optical and mechanical axes align within arc-second tolerances.
Physical vapor deposition coatings — AR, HR, bandpass, dichroic — designed for your specifications.
100% inspection with interferometer, spectrophotometer and surface analysis before release.
Cleanroom packaging with full inspection documentation. Ready for your assembly line.
Tighter tolerances can increase cost without improving system performance. We help engineers identify which specifications actually matter to the optical system — and which are just costing you more.
When does flatness actually matter for your system performance?
When does surface quality directly affect your application?
Where does dimensional tolerance drive real system value?
Every component verified to specification. Full inspection data with every shipment.
"If you cannot measure it, you cannot guarantee it."
Wavefront measurement at λ/100 resolution. Verifies surface flatness, curvature and transmitted wavefront distortion.
Spectral transmission and reflection measurement from 190 nm to 25 μm. Validates coating performance across design bandwidth.
MIL-PRF-13830B compliant surface quality inspection. Scratch-dig verification from 60-40 to 10-5 precision grade.
High-precision metrology for thickness, diameter, wedge angle and centering. Dimensional tolerances to ±0.01 mm.
Practical engineering guides to help you specify, select and deploy optical components with confidence.
Describe your optical problem in plain English. Our AI Optical Engineer will recommend materials, coatings, surface quality specs and tolerance ranges — instantly.
Need a 532nm laser window for industrial system
Material: UV Fused Silica — high transmission at 532nm, excellent thermal stability, good LIDT.
Coating: Dual-band AR @ 532nm, R<0.2% per surface. Specify LIDT based on your laser power.
Surface Quality: 20-10 scratch-dig for visible laser use. 10-5 for intra-cavity.
Want a full specification sheet with drawing-ready tolerances?
See how we collaborated with engineering teams to solve demanding optical challenges.
Challenge: 355nm UV laser system experiencing rapid optics degradation and power drop within 1000 hours of operation.
Solution: Switched from standard fused silica to high-purity synthetic silica with solarization-resistant coating. Surface quality upgraded to 10-5.
Result: Lifetime extended to 8000+ hours with stable transmission. Power fluctuation reduced by 70%.
Challenge: Diagnostic imaging system needed a 3-element lens achieving diffraction-limited performance across 400-700nm with <0.1% distortion.
Solution: Achromatic doublet plus correction element design. BK7 and SF11 glasses with optimized cemented interface. Centration to 30 arc-sec.
Result: MTF exceeded specification across all fields. Batch consistency maintained over 20 production runs.
Tell us what you know. We'll help identify what you still need.
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