Custom Sapphire Window Manufacturer

Provide the controlled drawing, dimensions, tolerances, quantity, crystal orientation, scratch-dig, flatness, clear aperture, wavelength, coating, environment and required inspection records.

The choice depends on the optical path, polarization sensitivity, thermal design and machining geometry. C-plane is common, but A-plane or R-plane may be appropriate when the system design requires a different axis relationship.

Square, rectangular, stepped, slotted and other drawing-based outlines can be reviewed. Feasibility depends on size, thickness, corner geometry, tolerance and edge requirements.

Identify the scratch-dig requirement, applicable standard, clear aperture, cosmetic zones and whether coated and uncoated surfaces use different acceptance criteria.

State the flatness value, test wavelength, clear aperture, support condition and whether the requirement applies before or after coating.

Coating feasibility can be reviewed for the wavelength band, angle of incidence, polarization, environment and durability requirement. Include the coated side and clear-aperture definition.

No. Sapphire offers high hardness and useful thermal durability, while fused silica or BK7 may be better for other wavelength, wavefront, cost or fabrication priorities. Material selection should follow the complete system requirement.

The inspection plan may include dimensions, edge condition, surface quality, flatness, parallelism, coating appearance and identification. The exact methods and records should be agreed before production.

Prototype planning can be discussed based on material availability, geometry, tooling, coating and inspection scope. State the sample quantity and validation plan in the RFQ.

Blank availability, orientation, geometry, polishing difficulty, coating schedule, inspection depth, quantity and drawing revision status all affect the quoted schedule.