Zhixing, a leading Chinese manufacturer, is proud to offer the ZX6100 Cylindrical Mirror, a high-performance optical component designed to elevate your applications.
Engineered for Exceptional Performance:
The ZX6100 Cylindrical Mirror is meticulously crafted to deliver exceptional precision. Its unique shape, produced by the rotation of a curved surface, boasts a main optical axis and central apex. This design allows the ZX6100 Cylindrical Mirror to effectively focus or diverge light, making it ideal for various applications.
Unparalleled Versatility:
The ZX6100 Cylindrical Mirror finds itself at the heart of numerous fields, including:
Imaging: Enhance image quality by correcting distortions within optical systems.
Beam Shaping: Precisely manipulate light beams for specific applications.
LiDAR & VR Headsets: Enable critical functionalities within these cutting-edge technologies.
Beyond Functionality:
The ZX6100 Cylindrical Mirror extends its impact beyond functionality. Its applications reach into the medical field, playing a crucial role in:
Laser Myopia Correction Surgery: Correct the shape of the cornea, improving vision for patients suffering from myopia.
Experience the Zhixing Difference:
By choosing the ZX6100 Cylindrical Mirror, you gain access to:
Unwavering Quality: Manufactured with the highest standards to ensure consistent performance.
Competitive Pricing: Access exceptional value without compromising on quality.
Direct Purchase from China Manufacturer: Enjoy a streamlined buying experience.
Invest in Innovation:
The ZX6100 Cylindrical Mirror represents Zhixing's commitment to pushing the boundaries of optical technology. Partner with us and unlock a world of possibilities.
Contact Zhixing Today:
Explore how the ZX6100 Cylindrical Mirror can elevate your applications. Contact our team today to discuss your specific needs and unlock the potential of high-precision optics.
Application scenario
Cylindrical mirror detection
Current state of optics development - concave detection optical path
Current situation of optical development - convex surface detection optical path
Test process:
Step1: Interferometer adjustment plane standard mirror
Step2: Add a plane mirror to the parallel optical path and adjust the sparsity
Step3: Insert CGH at a certain Angle to avoid moire fringe
Step4: Measure
Certificate
Exhibition photos
Address
No.98, Huan Zhen North Road, Low Tang Street, Yuyao City, Zhejiang Province, China
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