Sapphire Super Stable Cavity-Square Cavity

 Precision Engineered for Demanding Environments

The Sapphire Super Stable Cavity-Square Cavity redefines stability in high-precision optical systems, combining synthetic sapphire’s unmatched material properties with revolutionary square geometry. Designed for labs pushing boundaries in quantum computing, atomic clocks, and gravitational wave detection, this cavity delivers sub-ppb thermal drift performance even under extreme conditions. With customizable dimensions (10x10x10mm to 200x200x200mm) and UHV-compatible mounting, it solves critical challenges in resonance frequency stability and mode distortion.

Why Choose Our Square Cavity?

• Unmatched Thermal Resistance: Maintain ±0.01 ppm/°C frequency stability across 4K–300K environments thanks to our proprietary CTE-optimized sapphire blend, ideal for quantum setups and space instruments. This stability prevents frequency shifts in cryogenic labs or orbital thermal swings, critical for precision measurements.​
• Plug-and-Play Customization: Specify through-hole diameters (φ4–φ12mm), coating spectra (780–1560nm), or MIL-STD-810G mounting flanges without lead time penalties, supported by 24/7 engineering teams. This flexibility ensures perfect integration into diverse systems, from medical devices to defense lasers.
• Space-Saving Square Design: Reduce lab footprint by 40% vs. cylindrical counterparts while enhancing mode confinement in compact setups like portable spectrometers. The design fits seamlessly into crowded workspaces without sacrificing performance, ideal for research labs with limited space.
• ​ Atomic-Level Surface Perfection: Achieve <1 nm RMS surface roughness through laser polishing, minimizing optical losses that plague traditional cavities. This reduces scatter and absorption, boosting efficiency in high-power lasers and quantum communication, where even tiny losses degrade signal integrity.​

Technical Specifications

Note: Specifications can be customized to meet your specific requirements.

Powering Breakthrough Applications

1. Optical Lattice Clocks

Achieve <1e-18 uncertainty in strontium/ytterbium clock transitions with cavities that resist vibration-induced phase noise.

2. Cavity-Enhanced Spectroscopy

Boost detection sensitivity 100x in methane/CO₂ monitoring systems through 300m effective path lengths.

3. Quantum Memory Development

Store photon states for 10ms+ durations using our defect-free sapphire substrates and λ/8 surface flatness.

4. Satellite Atomic Clocks

Meet ESA/NASA vibration specs with cavities surviving 50G mechanical shocks and -80°C–+150°C thermal cycling.

Trusted by Leading Research Teams

> "The Sapphire Super Stable Cavity-Square Cavity enabled our team to hit 6-month stability milestones in portable quantum clock prototypes."

> Dr. Elena Vogt, Max Planck Institute for Quantum Optics

> "Zero mode degradation after 10,000 thermal cycles – these cavities outperform fused silica by orders of magnitude."

> NIST Quantum Measurement Division

Global Compliance, Local Support

• Certifications: ISO 17025, ITAR, CE, RoHS
• Shipping: DDP to 50+ countries with pre-cleared customs docs
• Installation: On-site training via our labs in USA/EU/Japan

Flexible Ordering Options

• MOQ: 1 unit (prototypes), 5+ units (15% volume discount)
• Lead Time: 8 weeks (standard), 14 weeks (full customization)
• Academic/Govt Pricing: Special tiers for multi-year grants

Have Specific Requirements?

Email xachaona@163.com to:

• Request free thermal modeling simulations
• Discuss cryogenic/UHV integration kits
• Access whitepapers on cavity-stabilized lasers

FAQs

1. How does square geometry improve performance over circular designs?

The right-angle configuration enables tighter mode confinement in confined spaces while reducing polarization-dependent losses by 30%.

2. What thermal expansion coefficient (CTE) can you guarantee?

Our Sapphire Super Stable Cavity-Square Cavity achieves CTE <5×10⁻⁷/K from 4K–300K, verified via NIST-traceable interferometry.

3. Do you provide custom coatings?

Yes – choose from SiO₂/Ta₂O₅, Al₂O₃, or hybrid coatings optimized for your wavelength (350–2000nm).

4. How do you ensure vacuum compatibility?

All cavities undergo helium leak testing to <5×10⁻¹⁰ mbar·L/s rates before UHV flange installation.

​​​​​​​Contact Us

Ready to elevate your optical systems with our premium Sapphire Super Stable Cavity-Square Cavity? Reach out to our team of experts today at xachaona@163.com. We're here to answer your questions, provide detailed specifications, and help you find the perfect solution for your advanced optical applications.