Start with component function
Choose the product family from what the glass must do: transmit, protect, filter, conduct, contain, observe or support another component.
Product Category
ANTGLASS manufactures optical filter glass components, UV and IR filter windows, quartz cuvettes and analytical glass parts for cameras, sensors, spectroscopy and laboratory instruments.
How to Choose
Use the category as a comparison layer. Broad product-form terms stay here, while each specific component keeps its own detail-page keyword and RFQ scope.
Choose the product family from what the glass must do: transmit, protect, filter, conduct, contain, observe or support another component.
Define outline, thickness, holes, slots, radii, chamfers, datums and active or cosmetic zones before comparing manufacturing routes.
Use wavelength, temperature, chemicals, strength, coating and downstream assembly requirements to narrow the material family.
State the functional tolerances, surface and edge criteria, cleaning, packaging, prototype quantity and repeat-order requirement.
Shape & Structure
Use the drawing to identify the functional shape, fragile features and mounting interface.
Application Direction
The application narrows material, surface, environmental, coating and inspection requirements.
Product Comparison
Compare form, material direction, specification focus and application before opening the specific product page.
| Product | Typical form | Material direction | Specification focus | Applications |
|---|---|---|---|---|
| Optical Filter Glass Components | Round, square and custom filter windows, discs and plates | SCHOTT colored filter glass, HOYA-equivalent filter glass, N-BK7, fused silica and coated substrates | Passband, cutoff wavelength, transmission curve, thickness, surface quality, edge finish and coating | Camera filters, sensor filters, UV/IR control, heat absorption, color correction and spectral selection |
| Quartz Cuvettes | Rectangular cuvettes, micro cells and custom analytical cells | Fused silica, optical quartz, JGS1/JGS2/JGS3 and application-selected transparent glass | Optical path length, wavelength range, internal dimensions, wall thickness, sealing and surface cleanliness | UV-visible spectroscopy, fluorescence, chemical analysis, diagnostics and laboratory measurement |
All Products
Each product page owns its specific component keyword, configurations, material options, processing features and RFQ requirements.
Material Direction
Open the material page when grade, wavelength, temperature, chemical resistance or downstream processing determines the component route.
Related Processing
These keyword-mapped pages explain machining feasibility, edge, hole, surface and cleaning routes without changing the category page search intent.
Applications & Solutions
Use application pages for system context and Solution pages for project-level manufacturing, material and supply decisions.
Technical Guides
Use the linked design and technical pages to define tolerances, inspection methods, material selection and quotation inputs.
Frequently Asked Questions
Use these answers to prepare the material, component, drawing and inspection requirements before quotation.
Start with component function, drawing geometry, material, operating environment and the dimensions or surfaces that affect assembly performance. The comparison table links each product form to the relevant detail page.
Yes. ANTGLASS manufactures drawing-based glass components with custom outlines, thicknesses, holes, slots, notches, edge profiles, polished surfaces, cleaning and protective packaging.
Specify a named grade when it is fixed, or provide wavelength, temperature, chemical, strength, coating and supply requirements so ANTGLASS can compare suitable material directions.
Provide the drawing, material or target properties, dimensions, critical tolerances, surface and edge requirements, coating or cleaning needs, quantity, inspection criteria and packaging expectations.
Drawing / Material Review
Send the wavelength band, filter grade or spectral curve, thickness, optical path length, dimensions, surface requirements, coating and quantity.