High Precision K9 Optical Glass Triangular Prism 30x30x30mm - Light Deflection & Image Offset
Prices from
COMPARE ALL WEBSHOPS
(2)
Amazon
Crafted from premium K9 optical glass, this triangular prism offers exceptional clarity and durability for all your optical needs. devised to deflect light at a precise 90° angle, making it ideal for experiments requiring accurate light manipulation. Features a compact size of 30x30x30mm, perfect for laboratory , educational purposes, and optical demonstrations. High precision manufacturing ensures ±0.1mm shape tolerance and ±3' angle error, providing reliable results for scientific applications. Excellent resistance to chemical and U-V exposure, ensuring long-lasting performance and stability in various environments.
Read more
65.11
Featured
|
€ 65.11 |
To Shop
|
|
€ 65.11 |
To Shop
|
Description
Amazon
Crafted from premium K9 optical glass, this triangular prism offers exceptional clarity and durability for all your optical needs. devised to deflect light at a precise 90° angle, making it ideal for experiments requiring accurate light manipulation. Features a compact size of 30x30x30mm, perfect for laboratory , educational purposes, and optical demonstrations. High precision manufacturing ensures ±0.1mm shape tolerance and ±3' angle error, providing reliable results for scientific applications. Excellent resistance to chemical and U-V exposure, ensuring long-lasting performance and stability in various environments.
Crafted from premium K9 optical glass, this triangular prism offers exceptional clarity and durability for all your optical needs. devised to deflect light at a precise 90° angle, making it ideal for experiments requiring accurate light manipulation. Features a compact size of 30x30x30mm, perfect for laboratory , educational purposes, and optical demonstrations. High precision manufacturing ensures ±0.1mm shape tolerance and ±3' angle error, providing reliable results for scientific applications. Excellent resistance to chemical and U-V exposure, ensuring long-lasting performance and stability in various environments.