group nameSapphire Optical Windows
Min Order1 piece
brand nameFELIX GLASS optical glass Manufacturing base
modelFG-SAPP-COVER-THIN-001
payment methodT/T, L/C, D/P D/A, MoneyGram, Credit Card, PayPal, Westem Union, Cash, Escrow
update timeFri, 17 Jul 2026 22:43:58 GMT
Base Material Optical Grade Single Crystal Sapphire (C-Plane Standard, Other Crystal Orientations Available)
Thickness Range Standard 0.1–2 mm, Custom Ultra-Thin / Thick Thickness Supported
Surface Finish Double-Sided Optical Mirror Polishing, Custom Surface Roughness Tolerance
Core Advantages Mohs 9 Hardness, Ultra Flatness, Full UV-Vis-NIR Transmittance, Chemical Inertness
Available Shapes Round / Square / Rectangle / Irregular Outline With Custom Cutouts
Application Field Precision Instrument, LiDAR, Machine Vision, Aerospace, Industrial Automation Sensors
Custom Machining Cutting, Drilling, Chamfering, CNC Profiling, Slots, Notches, Countersinks, Laser Marking, Optional
Min Order1 piece
Ultra-thin polished sapphire cover glass is used when a compact optical system needs a thin protective surface without giving up the hardness and environmental stability of single-crystal sapphire. Felix Glass Co., Limited manufactures this product from optical-grade sapphire for precision sensors, machine vision, LiDAR, aerospace-related assemblies, and laboratory instruments.
For adjacent formats and thicker protective parts, review the Sapphire Optical Windows category.
These values describe available customization directions. Final tolerances, inspection methods, and acceptance criteria should be confirmed on the approved drawing.
| Parameter | Typical Customizable Value | Drawing Review Note |
|---|---|---|
| Base material | Optical-grade single-crystal sapphire, C-plane standard | Other crystal orientations can be reviewed. |
| Standard thickness | 0.1 mm to 2 mm | Custom ultra-thin or thicker versions depend on size and handling needs. |
| Surface finish | Double-sided mirror optical polishing | State surface roughness and scratch-dig requirements on the drawing. |
| Surface flatness | λ/4, λ/8, or λ/10 options | Specify test wavelength, clear aperture, and inspection condition. |
| Parallelism | Target to ≤0.002 mm | Feasibility varies with thickness, size, and geometry. |
| Maximum single size | Up to 400 mm × 400 mm; round diameter up to 300 mm | Confirm usable area, thickness, and transport requirements. |
| Optional coating | Broadband anti-reflection coating | Provide wavelength, angle, side, and transmission target. |
| Edge processing | Chamfer, countersink, slot, notch, or laser marking | Include datum and position tolerances for machined features. |
Standard production covers 0.1 mm to 2 mm thin sheets. Extra-thin prototypes or thicker high-rigidity variants can be reviewed for special optical modules, with thickness uniformity considered to reduce light-path deviation.
Both surfaces receive mirror optical polishing for stable transmission through ultraviolet, visible, and near-infrared ranges, subject to material thickness and the final optical specification.
Sapphire resists abrasion from handling, dust, and assembly contact better than common optical glass, helping protect exposed sensor and instrument surfaces.
Precision lapping and polishing can be planned around imaging, ranging, and microscopic sensing requirements where surface deviation could affect the optical path.
Single-crystal sapphire provides chemical stability for equipment exposed to moisture, cleaning processes, laboratory conditions, and industrial environments.
For applications that also require a functional coating, compare the AR-coated sapphire protection window.
Straight cutting, through-hole drilling, and safety-edge chamfering for standard cover geometries.
CNC contour shaping, positioning slots, locating notches, and countersunk mounting holes for drawing-defined assemblies.
Permanent laser marking for part identification and optional border printing for light-shielding requirements.
Double-sided polishing, flatness control, optional coating, and inspection planning based on the purchasing specification.
Projects with unusual outlines or multiple machined features can also reference custom sapphire optical components.
Protective covers for compact sensors, encoders, microscopic detection equipment, and optical measurement assemblies.
Outer optical windows for ranging sensors and miniature cameras where surface durability and controlled optical access matter.
Protective plates for inspection modules operating near dust, mechanical contact, cleaning cycles, or factory contaminants.
Small optical sensing windows for portable equipment and laboratory instruments, with drawing-defined inspection requirements.
Compact optical shielding parts where low thickness, hardness, thermal stability, and custom geometry are evaluated together.
For a medical-device configuration, see the C-plane sapphire flat window for medical equipment. For higher-temperature sensor housings, review the sapphire optical window for high-temperature industrial sensors.
Ultra-thin sapphire cover glass is reviewed through four inspection stages before shipment. The final inspection plan can be matched to the order specification and reporting requirement.
The standard minimum is 0.1 mm. Extra-thin prototypes can be evaluated for R&D projects after the engineering team reviews the drawing, part size, and handling method.
Yes. Round, square, rectangular, and free-form outlines can be reviewed with custom cutouts, slots, notches, and mounting holes.
Broadband AR coating is optional. Please provide wavelength range, incidence angle, coated side, and transmission or reflection target.
Typical directions include thickness tolerance to ±0.005 mm for standard thin sheets, parallelism to ≤0.002 mm, and flatness options down to λ/10. Final values depend on geometry and the agreed inspection method.
Yes. Prototype and production quantities can be discussed after material, thickness, machining, coating, and inspection requirements are defined.
Company background and manufacturing information are available on the About Felix Glass page.
Felix Glass Co., Limited provides drawing-based sapphire cutting, CNC machining, optical polishing, coating, and inspection support for LiDAR, machine vision, aerospace-related, medical, laboratory, and precision-instrument projects.
Submit the drawing, quantity, thickness, tolerance, wavelength, coating, and application conditions for a feasibility review and project-specific quotation.
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