Superior Material Benefits
Distinct material advantages that ensure precise photonic and quantum functionality:
Outstanding Dimensional Stability: Maximum precision for optical alignment and integration
Excellent Thermal Properties: Controlled temperature distribution for quantum systems
Superior Optical Properties: Enables high-precision light guidance and quantum state control
Exceptional Interface Quality: Provides optimal coupling and system integration
Ultra-Low Absorption: Ensures minimal optical losses and high transmission
Versatile Applications
Enabling innovation and development across industries:
Integrated Photonics
Optical Networks
Quantum Communication
Quantum Computing
Quantum Sensing
Atomic Systems
Quality Assured Manufacturing
Delivering precision and reliability for your sensing and control applications:
Precise control of optical and thermal specifications
Comprehensive validation of quantum component performance
Seamless scaling from prototype to volume
Rigorous inspection of critical parameters
Rapid design iterations and prototyping
Expert technical support and consulting
Customized Components for Photonic & Quantum Applications
Our high precision glass components deliver exceptional precision for advanced photonic and quantum applications. Through sophisticated design and superior material properties, we enable high-performance components for light manipulation, fiber coupling, thermal management, and quantum state control. Our customized solutions meet the stringent requirements of modern photonic integration and quantum systems.
Fiber Arrays
Precise fiber positioning
Excellent dimensional stability
Multiple fiber configurations
High alignment accuracy
Superior optical performance
Robust glass construction
Precision Fiber Arrays enabling reliable optical connections. Our glass-based solutions combine accurate fiber positioning with outstanding stability and design freedom for demanding photonic applications.
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MEMS Beam Shifter
Superior optical transparency Precise beam control
Minimal wavefront distortion
High mechanical and thermal stability
UV to IR compatibility
Compact design
Advanced glass-based Beam Shifters combine exceptional transparency with tunable beam manipulation enabling minimal signal loss and exact beam control for demanding applications like quantum photonics, and integrated photonic circuits.
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Hot-plates for atom micro-sources
Superior temperature stability
Ultra-high vacuum compatible
Rapid thermal response
Excellent thermal isolation
Compact design for integration
Chemical inertness
Long-term reliability
Advanced Micro Hot-Plates enabling precise atom control in quantum systems. Our glass-based solutions combine exceptional temperature and long-term stability with efficient power management and miniaturized form factor.
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Substrates for Micro-Quantum-Systems
Superior surface quality
Precise structuring
Excellent flatness
High material purity
Complex integration capability
Outstanding stability
Advanced Substrates enabling next-generation quantum devices. Our precision-engineered glass solutions provide the foundation for reliable micro-quantum systems.