Explore customized fabricated fused silica, optical cavities, and specialized components directly from our production workshops.
Analyzing high-purity synthetic silica and fused quartz substrates under extreme operational environments.
Modern CNC optical platforms utilize ultrasonic-assisted diamond grinding combined with multi-axis chemical-mechanical polishing (CMP), yielding Ra < 0.5 nm to eliminate laser-induced optical scattering in ultra-short pulse laser systems.
With an ultra-low coefficient of thermal expansion (CTE of 5.5 × 10⁻⁷ /°C from 20°C to 320°C), customized CNC quartz plates serve as mission-critical thermal barrier windows and dimensional reference masters in wafer lithography chambers.
From Deep Ultraviolet (DUV 185 nm) through the Mid-Infrared range (3500 nm), choosing between JGS1, JGS2, and JGS3 synthetic silica allows bespoke optical transmission with minimal absorption lines, essential for high-power photonics.
How Tier-1 aerospace, semiconductor tool builders, and analytical instrument OEMs evaluate custom quartz suppliers.
Complex quartz distribution plates require micro-drilled hole arrays (Ø < 0.3 mm) with positional accuracy within ±0.005 mm. Thermal mechanical stability during multi-axis milling ensures crack-free hole edges under plasma exposure.
For semiconductor etching and diffusion equipment, total heavy metal impurities must remain below 5 ppm. Global buyers demand complete GDMS (Glow Discharge Mass Spectrometry) documentation verifying purity levels above 99.999%.
In high-power industrial laser heads, custom CNC quartz plates serve as vacuum output windows. Sourcing requirements dictate verified LDT ratings > 15 J/cm² at 1064 nm (10 ns pulse), verified using multi-angle scatterometers.
Vertical manufacturing architecture uniting ingot growth, multi-axis cold CNC machining, and oxyhydrogen annealing.
Unlike segmented machine shops, our 3,000 m² Tianjin infrastructure combines 5-axis ultrasonic CNC centers with automated oxyhydrogen flame-working beds under one roof, eliminating sub-assembly stress fractures and transit damage.
We maintain comprehensive stocks of certified semiconductor-grade natural quartz ingots and synthetic fused silica boules. This safeguards international supply partners from raw material market shocks and slashes production lead times by 40%.
Every customized CNC quartz plate is tested with Zygo interferometers, Taylor Hobson surface profilers, and spectrophotometers. Every delivery is accompanied by standard ISO-compliant dimensional CMM reports and optical certificates.
Select the optimal quartz plate substrate according to wavelength, thermal stress, and purity demands.
| Substrate Material | Transmission Bandwidth | OH Radical Content | Max Working Temp | Primary Industrial Application |
|---|---|---|---|---|
| JGS1 Synthetic Fused Silica | 185 nm – 2,500 nm (DUV / UV) | < 1,200 ppm | 1,100 °C | Semiconductor Lithography, Laser Optics |
| JGS2 Fused Quartz (Natural) | 220 nm – 2,500 nm (Visible / VIS) | < 30 ppm | 1,150 °C | Plasma Etch Windows, Sight Plates |
| JGS3 Infrared Fused Quartz | 260 nm – 3,500 nm (Infrared / IR) | < 5 ppm | 1,200 °C | High-Temperature IR Pyrometry, Sensors |
| Fluorine-Doped Silica | 190 nm – 2,200 nm (Extreme Low Index) | Application Tailored | 1,050 °C | Optical Fiber Caps, Special Claddings |
| Custom Optical Borosilicate | 350 nm – 2,500 nm | Standard | 450 °C | Cost-Optimized Industrial Viewports |
Where custom CNC-machined quartz plates operate across worldwide mission-critical sectors.
Inside inductively coupled plasma (ICP) etchers and rapid thermal processing (RTP) equipment, quartz plates protect sensitive optics from fluorine and chlorine gas mixtures, maintaining dielectric breakdown strength exceeding 25 kV/mm.
CNC precision edge-chamfered, double-sided polished quartz plates act as laser debris shields. Low internal bulk absorption prevents thermal lensing in high-intensity cutting and welding heads operating around the clock.
Laser and diamond-milled micro-channels (widths < 50 µm) cut directly into custom quartz plate blanks permit high-speed genomic sequencing and electrophoresis, eliminating the autofluorescence found in plastic polymer devices.
Engineered for high-altitude sensor viewports, these quartz plates endure rapid temperature swings from -65°C to over 900°C without risk of micro-fracturing or refractive distortion.
Specialized optical components, multi-bore laser tubes, and lithography substrates for global OEM systems.
Key information regarding tolerances, material testing, surface finishes, and delivery turnaround.