Our specialist technologies enable us to design and manufacture assemblies that deliver accurate, dependable results. Trusted by researchers and innovators worldwide, our cables, harnesses, and electromechanical sub-assemblies power cutting-edge work in quantum computing, cryogenics, and advanced scientific instrumentation.

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Applications

Our solutions are designed for precision in demanding environments, with proven performance in:

• DNA & RNA Sequencing
• Particle Accelerators
• Electron Microscopy
• Vapor Deposition
• Quantum Computing

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Our Technologies

Cryogenic Cables

Our cryogenic cables deliver precision, reliability, and performance at ultra-low temperatures. From coaxial lines for high-frequency signals to miniature shielded cables for compact systems, our designs ensure clean, dependable data transmission.

• Versatile designs: single conductors or twisted pairs
• Superior materials: brass or superconducting wire options
• Low-noise shielding: optimized for sensitive measurements

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Thermal Solutions

Managing heat at cryogenic temperatures is critical. Our thermal solutions are engineered to keep systems stable, efficient, and reliable, using multiple methods to control heat generation:

• Copper heatsinks bonded to ribbon cable assemblies with thermal epoxy
• Epoxy back shells for robust thermalisation
• Connector flanges or braid straps tied to a heat stage ground plane

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Materials

Every application is unique, which is why we offer a wide range of wire materials to suit your exact needs:

• Copper
• Manganin
• NbTi
• CuNi
• Phosphor Bronze
• Stainless Steel
• Beryllium Copper
• ALI30

And more

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This flexibility ensures optimal performance across a wide spectrum of cryogenic and high-precision environments.

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