PRODUCTS
MESSAGES
Aspherical Lenses
► Material from DUV to IR
► Custom dimension and shapes
► Diameter from 5 to 200 mm
► Clear aperture: Central 90% of diameter
► Irregularity : λ/10@632.8nm
► Surface quality: 10-5 S/D
► Centration: <3′
► Standard and custom coating options available
► High laser damage threshold
Aspheric lenses have its advantages in a range of applications where eliminated spherical aberration or (and) single element design is required. CASTECH offers CNC precision-polished aspherical and acylindrical lenses, with or without anti-reflection (AR) coatings. Our CNC polished aspheric lenses are iteratively ground and polished by a software supported computer-controlled processing center to provide better controlled surface quality, irregularity and focal length deviation.
Products
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Aspherical Lenses
- Aspheric lenses have its advantages in a range of applications where eliminated spherical aberration or (and) single element design is required. CASTECH offers CNC precision-polished aspherical and acylindrical lenses, with or without anti-reflection (AR) coatings. Our CNC polished aspheric lenses are iteratively ground and polished by a software supported computer-controlled processing center to provide better controlled surface quality, irregularity and focal length deviation.
-
► Material from DUV to IR
► Custom dimension and shapes
► Diameter from 5 to 200 mm
► Clear aperture: Central 90% of diameter
► Irregularity : λ/10@632.8nm
► Surface quality: 10-5 S/D
► Centration: <3′
► Standard and custom coating options available
► High laser damage threshold
Aspheric lenses have its advantages in a range of applications where eliminated spherical aberration or (and) single element design is required. CASTECH offers CNC precision-polished aspherical and acylindrical lenses, with or without anti-reflection (AR) coatings. Our CNC polished aspheric lenses are iteratively ground and polished by a software supported computer-controlled processing center to provide better controlled surface quality, irregularity and focal length deviation.