Hard Protective Surface
Synthetic sapphire provides Mohs 9 hardness for harsh outdoor, marine and industrial environments.
group nameSapphire Optical Dome
Min Order5 piece
brand nameFELIX GLASS optical glass Manufacturing base
modelFG‑OD-0100291
payment methodL/C, D/A, D/P, Western Union
update timeSat, 18 Jul 2026 04:11:33 GMT
Material Synthetic Single-Crystal Sapphire; BK7/K9 optical glass available as secondary custom option
Coating AR / IR / UV / AF coating options
Shape Hemispherical / Spherical / Half-Sphere
Diameter 5 mm - 300 mm customizable
Hardness Mohs 9 for sapphire
Feature High transmittance, pressure resistant, waterproof, scratch resistant, low distortion
Application Surveillance cameras, underwater ROV, thermal imaging, drones, aerospace, medical devices
Size50cm x50cm x30cm
Weight0.5kg / piece
Min Order5 piece
Felix Glass Co., Limited manufactures large custom sapphire optical domes for camera housings, ROV systems, thermal imaging assemblies, drone payloads, aerospace equipment and medical or industrial optical devices that require a hard spherical protective cover. synthetic single-crystal sapphire, optional BK7 or K9 optical glass discussion, AR / IR / UV / AF coating options, custom diameter, Mohs 9 hardness, high transmittance, pressure resistance, waterproof performance, low distortion and OEM project support. A large sapphire optical dome is used when the optical path needs a rounded protective window instead of a flat cover. The dome form supports wide viewing angles, sealed housings and compact optical assemblies while sapphire helps resist scratches, weather exposure and repeated cleaning. Synthetic sapphire provides Mohs 9 hardness for harsh outdoor, marine and industrial environments. Visible, IR, UV and coating requirements can be reviewed against the final sensor or imaging system. Diameter, radius, wall thickness, edge geometry and coating stack can be matched to customer drawings. The primary material is synthetic single-crystal sapphire. BK7 or K9 optical glass can be discussed as a secondary custom option when the application needs optical clarity but does not require sapphire hardness. Final performance depends on confirmed drawing, inspection level, material selection and coating target. The table below organizes the original product data into a practical engineering review format. buyers often compare sapphire optical components by service environment, sensor wavelength, pressure exposure and replacement cost. These use cases help define whether sapphire, BK7 or K9 is the right route. Use sapphire when the dome may face pressure, saltwater exposure, abrasion and frequent cleaning. Coating, wavelength range, wall thickness and distortion control should be reviewed together. For exposed optical systems, sapphire can reduce surface damage caused by dust, handling and weather. A reliable sapphire dome quotation starts with the drawing and working conditions. Felix Glass checks the dome radius, diameter, wall thickness, mounting edge, coating requirement, optical zone and inspection standard before confirming production feasibility. The exact process changes with geometry and coating, but the evaluation path is consistent from prototype discussion to repeat production. Confirm diameter, curvature, wall thickness, edge form, optical zone and mounting method. Select sapphire, BK7 or K9 according to hardness, transmission band, budget and environment. Process the dome surface to support optical clarity and low-distortion viewing. Define AR, IR, UV or AF coating targets by wavelength, reflection control and cleaning exposure. Check dimensions, appearance, coating surface and packing protection before shipment. The original listing includes both sapphire and optical glass options. The right choice should be based on working environment rather than material name alone. For abrasion, outdoor service, marine exposure, pressure risk, frequent cleaning, high durability needs or longer replacement cycles. For indoor visible-light systems where cost, optical clarity and uniformity matter more than maximum hardness. AR, IR, UV and AF coatings should be planned before final quote because coating affects optical performance and lead time. Large domes are sensitive to geometry, appearance and installation details. Practical inspection may include dimensional checks, surface appearance review, coating appearance, optical clarity, waterproof or pressure-related requirements and packaging protection. Yes. This listing supports custom sapphire dome work, with a listed diameter reference from 5 mm to 300 mm. Send the drawing for a geometry check. Sapphire is selected for hardness, scratch resistance and harsh environments. BK7 or K9 may be suitable for visible-light projects that do not need sapphire durability. The original listing supports waterproof and pressure-resistant project requirements. Final capability depends on wall thickness, edge design, sealing structure and test conditions. Yes. Coating should be matched to wavelength range, reflection target, cleaning method and the final equipment environment. Please send diameter, radius, wall thickness, edge drawing, material choice, coating request, quantity, application and inspection requirements. Use these internal links to compare nearby sapphire dome options before finalizing the RFQ. For an accurate quotation, include drawing files, target quantity, material, coating, optical band, pressure or waterproof requirement and expected inspection standard.Large Custom Sapphire Optical Dome for Oversize Sensor Protection
What This Oversize Sapphire Spherical Cover Is Built For
Hard Protective Surface
Optical Review by Band
Drawing-Based Customization
Material, Size and Coating Options Kept from the Original Listing
Technical Specification for Custom Sapphire Optical Components
Product type Large custom sapphire optical dome, oversize single crystal sapphire spherical cover Model FG-OD-0100291 Material Synthetic single-crystal sapphire; BK7/K9 optical glass optional by project Hardness Mohs 9 for sapphire Diameter 5 mm to 300 mm customizable for listed dome range Shape Hemispherical, spherical or half-sphere Coating AR, IR, UV, AF and project-specific coating review Key features High transmittance, pressure resistance, waterproof design, scratch resistance and low distortion Applications Surveillance cameras, underwater ROV, thermal imaging, drones, aerospace and medical devices Supply mode OEM custom drawing support for prototype and repeat orders Application Fit for Market Engineering Teams

Underwater ROV and Marine Cameras

Thermal Imaging and Aerospace Systems

Surveillance and Industrial Vision
How the Dome Design Is Reviewed Before Production
Custom Manufacturing Flow for Large Sapphire Optical Domes
Drawing Review
Material Selection
Forming and Polishing
Coating Review
Inspection and Packing
When Sapphire Is the Better Choice Than BK7 or K9 Optical Glass
Choose Sapphire
Review BK7 or K9
Confirm Coating Early
Inspection Points That Matter for Oversize Spherical Covers
FAQ for Large Custom Sapphire Optical Dome Projects
Can you produce a large sapphire optical dome?
What is the difference between sapphire and BK7 dome material?
Can the dome be waterproof and pressure resistant?
Can AR, IR, UV or AF coating be customized?
What should be sent for a quotation?
Compare Related Sapphire Optical Components
Send the Dome Drawing for Feasibility Review
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