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Automotive & Transit
Why Choose Us
Our Glass Fabrication Services for Automotive & Transit Display

Glass Cutting

CNC Machining

Edging & Polishing

Glass Drilling

Glass Tempering

Optical Coating

Silkscreen Printing

Quality Inspection
Typical Processes & Effects for Automotive & Transit
Precision 3D Curved Glass Forming

Advanced Anti-Glare & AR Coatings

Shatter-Resistant Tempering

UV-Resistant Silkscreen Printing

Glass Materials
Core Applications in Automotive & Transit

Center Console Displays

Instrument Cluster Glass

(Head Up Display) HUD

Digital Side Mirrors

Rear Seat Monitors

Co-Driver Displays

Integrated Triple Screen

Rear Armrest Touchscreen

EV Charging Stations

Subway Display Screens

Bus Route Monitors

Heavy Truck Monitors

Tractor Cabin Displays

Ticket Vending Machines

Outdoor Transit Signage

Other Transit Displays
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
Can your glass withstand the outdoor weather conditions of EV charging stations?
Absolutely. For outdoor infrastructure like EV chargers and transit signage, we provide IK10 vandal-resistant tempered glass. Furthermore, we apply high-temperature ceramic inks for the black borders, ensuring the printing will never fade, peel, or degrade even after years of direct UV exposure and extreme temperature fluctuations.
Do you require strict Minimum Order Quantities (MOQs)?
We accept standard 2D and 3D CAD files, including DWG, DXF, STEP, and PDF. Due to the complex nature of 2.5D/3D edge profiling and precise sensor cutouts, we highly recommend providing detailed 2D/3D drawings. Once uploaded, our team will conduct a comprehensive DFM (Design for Manufacturability) review and provide a factory quote within 24 hours.
How do you ensure the dimensional accuracy of 3D curved glass for dashboards?
Achieving perfect fitment in curved EV dashboards is critical. We utilize advanced 3D thermal bending technology combined with multi-axis CNC profiling. After forming, every batch is verified using high-precision 3D optical scanning equipment to ensure exact dimensional tolerances for seamless cabin 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.
Other Industries We Serve
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