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Consumer Electronics
Why Choose Us
Our Glass Fabrication Services for Electronics

Glass Cutting

CNC Machining

Edging & Polishing

Glass Drilling

Glass Tempering

Optical Coating

Silkscreen Printing

Quality Inspection
Typical Processes & Effects for Electronics Glass
Anti-Glare (AG) Glass Etching

Anti-Reflective (AR) Coating

Anti-Fingerprint (AF) Coating

Bezel & IR Ink Printing

Glass Materials
Core Applications in Consumer Electronics

Mobile Devices

Smart Wearables

Tablets

E-readers

Camera Lenses

Drone Controller

AR/VR Visors

POS Terminals

Self-Service Kiosks

Digital Signage

Exercise Equipment

E-Bikes Display

Glass Mousepads

Glass Trackpads

Handheld Gaming Consoles

Other Electronics
Complete Quality Inspections

Raw Glass IQC

Machined Bare Glass Inspection

Tempering Strength Testing

Printing Inspection

Optical Coating Verification

OQC & Final Packaging
COMMON QUESTIONS
Most Popular Questions
What is the thinnest cover glass you can chemically strengthen?
Yes, this is a highly requested combination for premium touch panels and gaming mousepads. We first chemically etch the glass to achieve the desired AG haze level, and then apply a vacuum-deposited AF (oleophobic) coating for a smooth, smudge-resistant finish.
Can you apply both Anti-Glare (AG) and Anti-Fingerprint (AF) to the same glass?
We routinely perform chemical ion-exchange tempering on ultra-thin aluminosilicate glass down to 0.3mm thick. This provides essential drop and scratch resistance for smartwatches, tablets, and smartphones without adding bulk or weight.
Do you offer specialized printing to hide cameras and sensors?
Absolutely. We utilize high-precision silkscreen printing with specialized IR-transmitting inks. This allows us to seamlessly conceal ambient light sensors and facial recognition cameras behind opaque black bezels while still allowing infrared wavelengths to pass through.
What file formats should I submit for a manufacturing quote?
We accept standard 2D and 3D CAD files, including DWG, DXF, STEP, and PDF. Once you upload your drawings, our engineering team will conduct a comprehensive Design for Manufacturability (DFM) review and provide a direct-from-factory quote within 24 hours.
How do you ensure maximum light transmission for high-end displays?
We start by sourcing ultra-clear (low-iron) raw glass to eliminate any green tint. We then apply advanced Anti-Reflective (AR) coatings, which can increase overall optical transmission to >98%, ensuring vivid colors and crystal-clear image quality for your displays.
What kind of edge profiling do you offer for wearable devices and tablets?
Using multi-axis CNC machining, we offer precise edge profiling including standard flat edges, micrometer-level step-edges (for flush mounting), 2.5D swept edges, and complex 3D curved profiles for seamless housing integration.
What is your typical lead time for custom glass prototypes?
Our rapid prototyping process typically takes 7 to 14 working days, depending on the complexity of CNC machining and optical coatings. This allows our clients to accelerate their New Product Introduction (NPI) phase.
Do you require strict Minimum Order Quantities (MOQs)?
We offer highly flexible MOQs. We are structured to support your entire product lifecycle—from low-volume custom prototyping for R&D testing, all the way to seamless, high-volume mass production for global ODMs.
Other Industries We Serve
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