High-precision custom optical components including optical domes, lenses, prisms, beam splitters, filters and optical mirrors machined from N-BK7, H-K9L, fused silica and other optical substrates for laboratory, laser and industrial imaging equipment.
Felix Glass combines 19+ years of precision optical component manufacturing experience with CNC grinding, precision polishing, vacuum coating and interferometer optical testing capability for drawing-based custom optical glass projects.
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This page provides an overview of commonly used optical glass materials, optical component types, coating options, manufacturing capabilities and typical industrial applications. Individual product specifications depend on material selection, optical design and customer engineering requirements.
Typical customization ranges and parameters shown for reference. Actual specifications depend on material selection and engineering requirements.
Values are typical reference data and may vary depending on material grade, geometry and coating design. Material selection should be based on optical design, operating wavelength, environmental conditions and manufacturing requirements rather than a single performance parameter.
| Material Type | Typical Transmission Spectrum | Typical Optical Properties | Common Tolerance Range | Typical Industrial Applications |
|---|---|---|---|---|
| N-BK7 / H-K9L Optical Glass | 0.35-2.5?m | High visible transmittance, low bubble and inclusion content, uniform refractive index | ?0.01mm | General machine vision, visible light imaging, laboratory standard optics |
| Fused Silica (Quartz) Optical Material | 0.18-3.5?m UV-VIS-NIR | Low thermal expansion, excellent UV transmission, high temperature stability | ?0.01mm | UV laser equipment, ultraviolet detection, high-temperature optical assemblies |
| SF Series Flint Glass | Visible to near IR spectrum | High refractive index, low dispersion matching capability | ?0.01mm | Beam splitting, achromatic lens groups, spectroscopic analysis |
| Borosilicate Optical Glass | 0.3-2.2?m | Good thermal stability, low cost, uniform optical performance | ?0.02mm | Low-cost industrial observation windows, basic optical assemblies |
| Sapphire Optical Material | 0.15-5.0?m | Extreme hardness, scratch resistance, high pressure endurance | ?0.01mm | Protective optical domes, high-temperature and outdoor optical systems |
Typical customization ranges shown for reference. Actual specifications depend on material selection and engineering requirements.
Optical dome manufacturer support for custom optical dome and protective optical dome parts used in surveillance camera protection, LiDAR sensors, industrial vision housing and environmental monitoring equipment.
Optical lens manufacturer support for custom optical lens and machine vision lens projects requiring spherical, aspherical, achromatic or laser focusing geometry.
Optical prism manufacturer capability for right angle prism, dove prism, penta prism and beam splitter prism components used in light path turning and precision measurement systems.
Optical filter manufacturer support for bandpass filter, neutral density filter, longpass, shortpass and dichroic spectral coating designs.
Cube beam splitter, plate beam splitter and custom optical beam splitter manufacturing for laser beam division, optical interferometers and precision measurement instruments.
Precision optical mirror, aluminum coated mirror and high reflection optical mirror processing for laser light reflection, optical path adjustment and multi-band surveillance optical systems.
Felix Glass provides customizable optical coating options matched to customer working wavelength and light transmission requirements. Coating availability depends on substrate material, wavelength range and optical design requirements.
Custom optical lenses, filters and protective domes support image capture, color sorting, dimensional inspection and equipment protection.
Prisms, filters and beam splitters help control wavelength selection, light path direction and measurement repeatability.
Fused silica, N-BK7 and coated mirrors are used in laser focusing, beam splitting, reflection and protective window assemblies.
Precision optical glass parts can be manufactured with inspection documentation and drawing support for medical device suppliers.
Protective domes, filters and optical windows support surveillance, sensing and aerospace-related detection systems.
Low-defect optical substrates, filters and lenses support inspection paths in semiconductor metrology and wafer review systems.
Custom available optical glass materials include N-BK7 / H-K9L optical glass, fused silica (quartz) optical material, SF series flint glass, borosilicate optical glass and sapphire optical material.
Non-standard processing can cover ultra-thin optical blanks, large-size optical domes and windows, aspherical lens customization, special-shaped prisms and multi-element integrated optical assemblies.
Felix Glass supports custom optical glass systems through structured production routing, drawing review and complete inspection documentation when specified by the project requirement.
Choosing suitable optical glass substrates relies on operating wavelength range, light transmission demand, mechanical stability and project budget constraints.
N-BK7 / H-K9L optical glass is widely used for visible light machine vision and laboratory equipment. Fused silica supports UV laser and high-heat optical environments. SF series flint glass supports achromatic lens groups and spectroscopic beam splitting. Borosilicate glass is used for general industrial observation assemblies with lower precision requirements. Sapphire is prioritized for domes requiring scratch resistance, pressure resistance and wide temperature operation.
Pillar Page ? Product Page ? Material Page ? Industry Page ? Knowledge Article ? Case Study. Lower-level pages should link back with anchors such as Optical Glass Products, Custom Optical Components, Custom Optical Domes, Custom Optical Lenses, Precision Optical Prisms, Optical Filters, Beam Splitters, N-BK7 Optical Glass and Fused Silica Optical Material.
Please specify glass material, dimension tolerance, target wavelength range, coating type and application environment for engineering quotation evaluation.
Common parts include optical lenses, filters, protective domes, prisms, beam splitters and mirrors used for imaging, wavelength control, light path adjustment and equipment protection.
N-BK7 is a common visible-light optical glass with balanced performance and cost. Fused silica provides stronger UV transmission, lower thermal expansion and better high-temperature stability.
Fused silica is commonly selected for UV laser equipment because it supports ultraviolet transmission and thermal stability, subject to wavelength, coating and power requirements.
Yes. Felix Glass can review drawings for material, geometry, tolerance, surface quality, coating and inspection requirements before confirming production feasibility.
Available options may include AR, HR, BBAR, metal reflective coatings, edge blackening and application-specific spectral coatings depending on substrate and wavelength range.
Typical tolerance ranges include ?0.01mm for many precision optical glass components, while final tolerances depend on material, shape, size and inspection method.
Common RFQ files include 2D drawings, 3D models and coating specifications. Dimension, tolerance, material, wavelength and application notes should be provided together.
Inspection documentation can be provided according to order requirements, including transmittance, reflectance, surface quality, dimensional and coating inspection items when applicable.
Substrate selection depends on the spectral range and design. N-BK7, fused silica and SF flint glass are commonly evaluated for spectroscopy and beam splitting systems.
Yes. Edge blackening can be applied to reduce stray light in precision imaging optical systems when the lens geometry and process route are suitable.
Custom assemblies can be reviewed as a complete set, including matching domes, lenses, filters, prisms and coating specifications for system-level optical integration.
Yes. Coating design can be matched to target wavelength, angle, substrate material and operating environment after engineering evaluation.
Define the operating wavelength, confirm transmittance, refractive index and dispersion needs, evaluate temperature, pressure and abrasion, select a compatible substrate, match the coating type, then verify tolerance and surface quality requirements for production.
FELIX OPTICAL GLASS offers highly flexible MOQs to support customer projects, including prototype testing, small-batch trial orders, and high-volume production. All products can be fully customized to your drawings, tolerances, and application standards. Please send us your specifications, and we will reply within 1-5 hours and provide an accurate quotation after careful evaluation within 1-2 days.
Yes, our FELIX GLASS factory supports sample testing for a wide range of precision optical glass components and assemblies. The lead time for sample production is 3 to 7 working days. Please contact us today to arrange samples and obtain a customized solution that meets your needs.
A: The production cycle for standard samples is 3-10 working days, while mass production requires 15-35 working days, depending on the complexity of the product and the order quantity. We provide reliable precision optical glass components and fast delivery services for orders from industries such as defense, industrial equipment, medical devices, shipbuilding, robotics, automotive, and aerospace. Please submit your project details so we can provide you with an accurate delivery schedule.
All precision optical glass components from FELIX OPTICAL GLASS comply with ISO quality system standards as well as CE and RoHS requirements. We provide comprehensive test reports, spectral graphs, material certificates, and inspection documents for customer review. Please feel free to request complete certification details and a formal quotation at any time.
Yes. We offer a full range of precision optical glass component processing services, including CNC machining, precision grinding, optical polishing, chemical/physical tempering, vacuum coating (AR anti-reflective coating, AF anti-fingerprint coating, AG anti-glare coating, IR infrared coating), and screen printing. From raw materials to finished products, every step is completed in our own factory. Please tell us your needs, and we will provide you with the most cost-effective solution.
