World Wide Suppliers of Industrial Sapphire&Ruby Precision Parts
Sapphire to Metal for Fluidic,Metrology&Medical Components
ISO 9001:2019 Mfg&Managment Certified Companies
Optical Lens
Microwork supplies custom optical lenses for applications requiring controlled focal length, surface quality, centration and wavelength-specific coating performance.
Unlike optical windows, which are mainly used as flat protective or transmission components, optical lenses are designed to focus, collimate, expand, reduce or reshape light within an optical system. Lens performance is strongly affected by curvature, focal length, center thickness, edge thickness, surface quality, centration and coating design.
Available lens types may include plano-convex, plano-concave, bi-convex, bi-concave, meniscus, cylindrical, ball and small custom optical lenses. Material options can be reviewed according to wavelength range, optical design, environmental conditions and cost target.
For sapphire-specific lens designs requiring high hardness, scratch resistance, chemical resistance or high-temperature stability, please refer to our Sapphire Optical Lenses page.
Common lens configurations may include:
• Plano-convex lenses
• Plano-concave lenses
• Bi-convex lenses
• Bi-concave lenses
• Meniscus lenses
• Cylindrical lenses
• Ball lenses and half-ball lenses
• Small custom optical lenses and micro-optics
Custom lens geometry can be reviewed based on diameter, focal length, radius of curvature, center thickness, edge thickness, material and coating requirements.
Important lens parameters typically include:
• Lens diameter and clear aperture
• Focal length
• Radius of curvature
• Center thickness and edge thickness
• Surface quality
• Surface accuracy
• Centration
• Edge finish
• Coating wavelength range
• Operating temperature and mounting method
When designing a custom optical lens, engineers should consider how focal length, curvature, centration, surface quality and coating performance affect the final optical system.
Small lenses, steep curvature, tight centration, thin edges, high surface quality and special coatings can increase manufacturing difficulty, lead time and cost. Mounting stress should also be reviewed because mechanical pressure can affect optical alignment or damage fragile lens edges.
For quotation, please provide the drawing, lens type, material preference, diameter, focal length, radius of curvature, surface quality, centration requirement, coating requirement and operating wavelength.
Send us your drawing, lens type, material preference, focal length, coating requirement and operating conditions. We can help review manufacturability and key technical risks before quotation.
Optical Lens
Microwork supplies custom optical lenses for applications requiring controlled focal length, surface quality, centration and wavelength-specific coating performance.
Unlike optical windows, which are mainly used as flat protective or transmission components, optical lenses are designed to focus, collimate, expand, reduce or reshape light within an optical system. Lens performance is strongly affected by curvature, focal length, center thickness, edge thickness, surface quality, centration and coating design.
Available lens types may include plano-convex, plano-concave, bi-convex, bi-concave, meniscus, cylindrical, ball and small custom optical lenses. Material options can be reviewed according to wavelength range, optical design, environmental conditions and cost target.
For sapphire-specific lens designs requiring high hardness, scratch resistance, chemical resistance or high-temperature stability, please refer to our Sapphire Optical Lenses page.
Common lens configurations may include:
• Plano-convex lenses
• Plano-concave lenses
• Bi-convex lenses
• Bi-concave lenses
• Meniscus lenses
• Cylindrical lenses
• Ball lenses and half-ball lenses
• Small custom optical lenses and micro-optics
Custom lens geometry can be reviewed based on diameter, focal length, radius of curvature, center thickness, edge thickness, material and coating requirements.
Important lens parameters typically include:
• Lens diameter and clear aperture
• Focal length
• Radius of curvature
• Center thickness and edge thickness
• Surface quality
• Surface accuracy
• Centration
• Edge finish
• Coating wavelength range
• Operating temperature and mounting method
When designing a custom optical lens, engineers should consider how focal length, curvature, centration, surface quality and coating performance affect the final optical system.
Small lenses, steep curvature, tight centration, thin edges, high surface quality and special coatings can increase manufacturing difficulty, lead time and cost. Mounting stress should also be reviewed because mechanical pressure can affect optical alignment or damage fragile lens edges.
For quotation, please provide the drawing, lens type, material preference, diameter, focal length, radius of curvature, surface quality, centration requirement, coating requirement and operating wavelength.
Send us your drawing, lens type, material preference, focal length, coating requirement and operating conditions. We can help review manufacturability and key technical risks before quotation.