Photomasks are essential tools in the semiconductor industry, serving as templates to transfer intricate patterns onto substrates during photolithography processes. The precision and quality of these photomasks are heavily dependent on the substrates used, which must meet stringent requirements for flatness, transparency, and thermal stability.

As a global mittatilaustyönä valmistettava lasinvalmistaja, we specialize in supplying high-quality glass for photomask and photoetching applications, with advanced CNC glass machining, cutting, grinding, and polishing capabilities. Our glass substrates are widely used in TFT, IC, LCD, PDP, DOT, and PCB mask production, where precision, clarity, and surface flatness are critical.
We provide both standard and customized solutions for clients across the electronics, display, and semiconductor industries, supporting projects that demand tight dimensional tolerances ja ultra-flat glass surfaces.
Applications for Glass in Masking and Etching Technologies
Our substrates are engineered to perform in environments where optical accuracy, dimensional precision, and durability are essential. Use cases include:
- TFT photomask glass
- IC photomask glass substrates
- LCD mask / photolithography
- PCB photoetching and imaging masks
- PDP photomask glass
- DOT pattern photoetching
These industries require consistent surface characteristics to support high-resolution imaging, circuit transfer, and UV photolithography.
Available Glass Materials for Photomask Fabrication

We provide a wide range of material options for different performance goals, such as transparency, chemical durability, UV resistance, and thermal stability.
Glass Type | Best Use Case |
---|---|
Soda Lime Glass | Cost-effective; good for standard photomask applications |
BOROFLOAT® 33 | Low expansion; ideal for borofloat 33 photoetching glass |
Borosilicate Glass | Excellent for chemical resistance ja optical clarity in photoetching |
Pyrex® Glass | Reliable thermal stability for high-temp IC lithography and R&D uses |
Quartz Glass | High UV transmission; preferred quartz glass for UV photolithography |
Cutting-Edge Glass Processing Capabilities
As a full-service glass machining facility, we offer multiple processing methods to meet industry specifications:
Polishing and Cutting Service for Glass
We perform precision CNC cutting, edge finishing, and customized polishing to exact tolerances.
Flat Grinding / Polishing
Achieve low TTV (total thickness variation) and perfectly flat surfaces for accurate photomask alignment.
Both-Side and One-Side Polishing
Depending on your application, we offer double-sided polishing for parallelism or single-side polishing for bonding use.
Finiture Polishing
We finish glass to ultra clear, low roughness glass substrates, ideal for micro-patterning and lithography alignment.
Industries and Clients We Serve
We proudly support:
- Photomask manufacturing facilities
- Semiconductor R&D labs
- Micro-patterning system integrators
- Flat-panel display producers
- Precision circuit imaging companies
- Government and university cleanrooms
Whether you’re sourcing custom polished glass wafers or quartz photomask substrates, our team ensures your parts are precisely fabricated, packaged clean, and delivered globally on time.
Why Clients Choose Us for CNC Glass Machining
- In-house CNC machining for photomask production
- Advanced metrology for verifying flatness, roughness, and tolerance
- Material advisory based on application (UV, laser, chemical exposure)
- Low MOQ and prototyping support
- Cleanroom-friendly packaging and transport
- Fluent communication and fast quotations
From borosilicate glass for photoetching to ultra-flat glass substrates used in chip and display patterning, we provide unmatched precision and technical support.
Request Your Custom Glass Today
We accept technical drawings, hand sketches, and application briefs. Whether you’re ready for production or still in R&D, we’re here to support you with quick feedback and precision fabrication.
Send us your requirements today and receive a quote in as little as 24 hours.