AR anti-reflection
Reduces surface reflection for imaging, ultrasound, and diagnostic-display viewing. The source lists up to 97% visible-light transmittance for an AR configuration.
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Felix Glass manufactures custom protective cover glass for medical displays and touch interfaces, including diagnostic monitors, ultrasound systems, surgical displays, patient monitors, ophthalmic devices, and laboratory instruments.
The source product specifies high-purity low-iron tempered glass, precision machining, magnetron-sputtered optical coatings, and optional AR anti-reflection, AF anti-fingerprint, and AG anti-glare functions.
This product remains in the Industrial Touch Panel Glass category.
The values below retain the source product content. Final material, coating stack, dimensions, optical performance, cleaning resistance, hygiene claim, and documentation must be confirmed for the ordered configuration and intended equipment.
Each treatment addresses a different display or cleaning condition. The coating requirements should be written as measurable optical, surface, and durability criteria.
Reduces surface reflection for imaging, ultrasound, and diagnostic-display viewing. The source lists up to 97% visible-light transmittance for an AR configuration.
A hydrophobic and oleophobic surface helps reduce fingerprint, medical-liquid, and disinfectant residue and supports routine wiping.
A low-haze matte surface diffuses reflections from surgical lamps and ward lighting while display sharpness remains a project-specific validation item.
Compare related cover-glass options in the Felix Glass product catalog.
These combinations are starting points. Reflection, haze, sparkle, image sharpness, touch behavior, cleaning chemistry, and coating wear should be tested on the assembled display. Learn about the manufacturer on About Us.
The original description identifies repeated alcohol cleaning, hydrogen peroxide exposure, common disinfectants, retained optical clarity, coating adhesion after wiping, and frequent clinical touch as design considerations.
Cleaning resistance depends on the exact chemical concentration, dwell time, cloth, pressure, cycle count, temperature, coating stack, edge exposure, and acceptance criteria. These parameters should be included in sample validation; no cleaning-resistance statement should be treated as universal.
The existing product attribute lists an antibacterial rate of at least 99%. Before using that value for procurement, labeling, or regulatory work, request the organism, test standard, laboratory, sample configuration, contact time, report, and applicable coating. Cover glass is not sterile and is not presented here as a medical device.
Additional material and coating notes are available in the Felix Glass blog.
| Substrate | High-purity low-iron tempered glass |
|---|---|
| Coating options | AR, AR+AF, AG+AF, or AR+AF+AG |
| Visible-light transmittance | At least 92%; source maximum reference of 97% for AR glass |
| AG haze | 5%–10% source reference |
| AF water contact angle | At least 110 degrees source reference |
| Surface hardness | 9H source reference |
| Common thicknesses | 1.1, 2.0, and 3.0 mm; custom thickness is listed as available |
| Working-temperature reference | -20°C to 120°C |
| Custom processing | CNC profiles, full edge chamfering, sensor holes, masking, and black-border printing |
| Compliance references | ISO 9001, RoHS, and REACH; documents are listed as available on request |
Confirm test methods, tolerances, sample construction, component scope, certificate issuer, and document validity before purchase. The 9H value should identify its scale, load, method, and pass criteria.
The original description lists the following use cases. The finished equipment manufacturer remains responsible for system-level optical, electrical, cleaning, safety, and regulatory validation.
The source lists custom dimensions, shapes, thicknesses, coating combinations, black borders, logos, markings, sensor holes, cutouts, notches, and chamfered edges. Prototype and production quantities can be reviewed against the selected process route.
Start from the Felix Glass home page for a broader view of glass and coating capabilities.
The original description states that transmittance, haze, coating uniformity, and surface quality are inspected before shipment. It also references engineering support, coating recommendations, production supply, and documentation on request.
For supplier qualification, define the sampling plan, lot traceability, dimensional method, cosmetic limits, optical test methods, coating-wear test, cleaning test, packaging, sample lead time, capacity, and delivery terms.
The source recommends AR+AF+AG as a starting point. Final selection depends on surgical-light reflections, display luminance, image content, viewing angle, touch use, cleaning, and test results.
The source describes resistance to repeated alcohol, hydrogen peroxide, and common-disinfectant cleaning. Validation must use the exact chemical, concentration, dwell time, cloth, load, cycle count, and acceptance criteria.
Yes, subject to CAD review, glass thickness, edge distance, tooling, printing artwork, tolerances, and inspection requirements.
The source lists ISO 9001, RoHS, REACH, and optical test documentation. Request the current files and verify that their scope covers the ordered material and process.
No. The listed rate requires supporting test details and does not establish sterility, sterilization compatibility, clinical efficacy, or medical-device status.
Use Contact Us to request coating data, cleaning-test details, and current documentation.
The original description contained unverified placeholders for touch-screen cover glass, quartz glass tube, ITO glass, FTO glass, and quartz glass plate. Those placeholder links are removed. Use the approved catalog and blog paths above to compare cover-glass substrates, coating combinations, conductive glass, and processing options.
Send the equipment application, CAD drawing, dimensions, thickness, coating combination, optical targets, haze, openings, edge geometry, printing artwork, cleaning chemicals, cleaning cycles, environment tests, documentation needs, sample quantity, annual volume, and requested schedule.
Send us your drawing, dimension & coating requirements for fast quotation within 24 hours.
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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.