Custom Fused Quartz Optical Components

Custom fused silica quartz glass tubes made from 99.999% high purity SiO2, with custom OD, wall thickness, length, end polishing, flange welding and side branch processing for semiconductor, photovoltaic, laboratory and industrial heating equipment.

Custom fused quartz and fused silica optical parts made to drawing for UV, laser, semiconductor and industrial systems, with precision polishing and coating options.

Custom precision processed flat glass panels for industrial equipment and instrument windows. CNC cutting, drilling, edge finishing, tempering, silk screen printing and optional optical or functional coating are selected from equipment drawings and application conditions.

Curved glass is hot bent glass formed by thermal shaping of flat glass into a controlled radius structure. It is used for curved displays and precision industrial surfaces requiring strength and dimensional accuracy. Felix Glass provides custom curved glass with controlled radius, stable structure and high surface quality for automotive, medical and industrial applications. ⸻ Core Features • Controlled bending radius with stable geometry • High mechanical strength after thermal forming • Low optical distortion after bending • Compatible with AR / AG / AF coatings • High impact resistance after strengthening • Stable long-term structural performance ⸻ Custom Options • Custom size, thickness and bending radius • Single radius or double curvature forming • Edge grinding, chamfering and polishing • Tempering and chemical strengthening • AR / AG / AF functional coatings • Silk screen printing and laser marking ⸻ Manufacturing Capabilities • Precision hot bending forming • Radius calibration and contour control • Optical surface distortion inspection • Edge finishing with burr-free control • Coating and post-processing integration • Full dimensional and quality inspection ⸻ Applications • Automotive curved display glass panels • Medical device curved cover glass • Industrial curved control interface panels • Smart terminal and HMI devices • Consumer electronics curved screens ⸻ Why Choose Felix Glass • High precision hot bending technology • Accurate radius and dimensional control • Full post-processing and coating support • Stable batch production for OEM supply • Export-grade packaging and inspection ⸻ FAQ 1. What is curved glass used for? Curved glass is used in automotive displays, medical devices, industrial panels and smart electronic interfaces. 2. Can you control bending radius precisely? Yes. We manufacture curved glass with controlled radius based on engineering drawings. 3. Is curved glass strong enough for industrial use? Yes. It is strengthened through thermal or chemical treatment for durability and impact resistance. 4. What surface treatments are available? We provide AR, AG, AF coatings, printing and laser marking. 5. Can curved glass be customized in shape? Yes. We support single curvature, double curvature and complex shaped bending. ⸻ Request a Quote Send drawings or specifications. Felix Glass provides custom curved glass solutions with engineering support and factory pricing.

3D glass is multi-axis thermoformed curved glass with complex stereoscopic geometry. Different from single-axis curved glass, 3D glass features seamless multi-surface transition, precise 3D contour accuracy and low optical distortion for premium display and interactive applications. Felix Glass manufactures high-precision custom 3D glass with strict dimensional control, stable forming consistency and defect-free optical surface quality. Core Features - Multi-axis 3D stereoscopic forming geometry - Seamless edge transition without visual breakage - Ultra-low optical distortion after thermal shaping - High structural rigidity after strengthening treatment - Compatible with full AR/AG/AF functional coatings - Premium tactile and visual industrial finish Custom Options - Custom size, thickness and 3D forming contour - Multi-axis single/double-sided 3D curvature - Precision edge grinding, chamfering and polishing - Physical tempering & chemical strengthening - AR, AG, AF functional coating customization - Silk screen printing and laser logo marking Manufacturing Capabilities - Precision multi-axis 3D thermal forming - 3D contour calibration & geometric tolerance control - Optical distortion detection & surface correction - Burr-free ultra-fine edge finishing - Integrated coating and surface treatment - Full dimensional and appearance quality inspection Applications - Automotive cockpit 3D display screens - Premium smart control panel interfaces - High-end consumer electronic cover glass - Industrial intelligent HMI terminals - Advanced medical visual device panels Why Choose Felix Glass - Professional multi-axis 3D glass forming technology - Strict 3D contour tolerance & geometry control - Full post-processing and coating integration service - Stable batch consistency for high-end OEM projects - Export-grade quality inspection and packaging standards FAQ 1. What is 3D glass used for? 3D curved glass is widely used in automotive cockpit displays, smart control panels, high-end consumer electronics and industrial intelligent terminals. 2. What is the difference between 2D curved glass and 3D glass? 2D curved glass adopts single-axis bending, while 3D glass uses multi-axis stereoscopic forming with complex seamless curved transitions for premium device integration. 3. Can you customize exclusive 3D shapes? Yes. We fully customize 3D contours, curvature angles and overall geometry according to customer engineering drawings. 4. Is 3D glass durable for industrial and automotive use? Yes. All 3D glass undergoes professional strengthening treatment to ensure impact resistance, scratch resistance and long-term structural stability. 5. What surface finishes are available for 3D glass? We support AR anti-reflection, AG anti-glare, AF anti-fingerprint coatings, as well as customized printing and laser marking. Request a Quote Send your 3D glass technical drawings or specifications. Get precision custom 3D curved glass solutions and factory competitive pricing.