ULE Super Stable Cavity-Square Cavity(can customize according to user's requirement )
② Through hole diameter D=φ4-φ12mm
③ Parallel and vertical between working faces ≤(3 "-2 ')
④ Working area surface shape: better than λ/10
⑤ Work area defect: better than 40/20
⑥ Material: ULE
Note: The specific indicators are not limited to the above scope, and can be customized according to user's needs.
Application:Time-frequency transmission, quantum computing, quantum communication, gravitational wave detection, optical fiber communication
- Product Description
ULE Super Stable Cavity-Square Cavity Manufacturer And Supplier
Xi'an SNP Precision Optics CO., LTD is a leading manufacturer and supplier of ULE Super Stable Cavity-Square Cavity solutions. Our advanced manufacturing processes and cutting-edge technology ensure unparalleled stability, precision, and reliability in every cavity we produce, making us the preferred choice for discerning professionals in quantum research and high-precision optical applications.
ULE Super Stable Cavity-Square Cavity Introduction
The ULE Super Stable Cavity-Square Cavity represents the pinnacle of optical precision engineering. Crafted from Ultra-Low Expansion (ULE) glass, these cavities offer exceptional thermal stability and dimensional consistency, crucial for applications demanding the utmost in optical performance. Our square cavities are designed to meet the exacting standards of quantum computing, gravitational wave detection, and advanced time-frequency systems. Each product is meticulously fabricated to ensure superior performance:
Parameters
Specification | Range |
---|---|
Dimensions | 10x10x10mm to 200x200x200mm |
Through Hole Diameter | φ4mm to φ12mm |
Parallelism and Perpendicularity | ≤(3"-2') |
Working Area Surface Shape | Better than λ/10 |
Work Area Defect | Better than 40/20 |
Material | Ultra-Low Expansion (ULE) Glass |
Note: Custom specifications available upon request to meet your specific requirements.
Applications of product
Our ULE Super Stable Cavity-Square Cavity finds critical applications in:
- Quantum Computing: Enabling precise control of quantum states
- Optical Atomic Clocks: Enhancing time-frequency standards
- Gravitational Wave Detection: Supporting ultra-sensitive measurements
- Laser Stabilization: Providing reference cavities for narrow-linewidth lasers
- Optical Fiber Communication: Improving signal stability and quality
Why Choose Xi'an SNP for Your product Needs?
- Unmatched Expertise: Our team, consisting of highly - skilled optical engineers and technicians, has worked on diverse projects ranging from developing components for advanced astronomical telescopes to creating optics for high - speed communication systems. This wealth of experience enables us to quickly identify and address any issues related to your precision optical needs, whether it's for research in quantum physics or industrial applications like semiconductor manufacturing.
- Cutting - Edge Technology: Equipped with advanced machinery such as five - axis CNC grinding machines, automated polishing robots, and high - precision coating deposition systems, we can achieve micron - and sub - micron - level accuracy in fabricating optical cavities. The cleanroom environment, maintained at strict particle - free standards, further safeguards the integrity of each product during production, resulting in optical components that meet the most demanding quality requirements.
- Customization Capabilities: Whether you need a cavity with a custom size, shape, or specialized optical properties for enhanced performance in a particular wavelength range, our dedicated design team is here to help. They use advanced CAD/CAM software to create detailed blueprints and prototypes, collaborating closely with you from the initial concept stage. By understanding your application's unique demands, we can design and manufacture a cavity that precisely fits your operational needs, providing you with a competitive edge in your field.
- Rigorous Quality Control:Multiple inspection procedures are implemented at every stage of production. We use sophisticated measuring instruments like ZYGO interferometers to measure surface flatness down to the nanometer level and spectrophotometers to analyze optical properties across a wide range of wavelengths. Environmental stress tests, including extreme temperature and humidity exposure, are also carried out to simulate real - world operating conditions. This comprehensive testing ensures that only products of the highest quality are delivered to you, giving you peace of mind in the reliability of your optical systems.
- Comprehensive Support: Our team of experts provides ongoing technical assistance and after - sales service. From the moment you start considering our products for your project, our technical consultants offer in - depth advice on product selection and integration. After the purchase, our after - sales team is available around the clock to provide on - site installation guidance, calibration services, and troubleshooting. We also offer regular maintenance reminders and training sessions for your staff to ensure the optimal use of our optical cavities, minimizing downtime and maximizing productivity.
Frequently Asked Questions
Q: Can you customize the ULE Super Stable Cavity-Square Cavity for specific experiments?
A: Absolutely! We specialize in creating bespoke solutions tailored to your unique specifications.
Q: What makes ULE glass ideal for super stable cavities?
A: ULE glass offers exceptionally low thermal expansion, ensuring dimensional stability across a wide temperature range.
Q: How do you ensure the quality of each cavity?
A: We employ advanced metrology techniques and rigorous testing protocols to verify every cavity meets our exacting standards.
Contact Us
Ready to elevate your research or applications with our ULE Super Stable Cavity-Square Cavity? Our team is eager to discuss your needs and provide expert guidance. Reach out to us at xachaona@163.com to explore how our precision optical solutions can drive your next breakthrough.
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