Current-Conducting Canted Coil Springs

Precision-engineered springs designed for medical device applications, manufactured with high-speed computer-controlled coiling machines. These springs meet strict dimensional requirements with CPK≧1.67 capability, ensuring reliable performance in medical instrumentation and diagnostic equipment.

Precision springs manufactured for patient monitoring and diagnostic device applications. High-speed coiling and rigorous quality control ensure reliability in continuous medical monitoring.

High-precision springs designed for medical device connection points and mechanical interfaces. Manufacturing ensures consistent performance in critical medical equipment connections.

Precision wave-form springs used in medical device assemblies for load support and vibration isolation. These springs provide consistent spring force in compact medical equipment designs. Available in various configurations for specific medical applications.

Precision-engineered springs for cardiac assist devices and circulatory support equipment. Designed for reliability in continuous operation within the human body.

Constant force springs maintaining uniform load across extended motion ranges, utilized in infusion pumps, ventilators, and automated surgical systems.

Linear-acting wave springs for medical device assemblies with specific load requirements. These springs provide predictable force curves for medical equipment design. Suitable for precision medical applications.

Biocompatible wave springs designed for implantable medical devices including pacemakers and drug delivery systems. Meets rigorous biocompatibility and fatigue requirements.

Torsion springs for rotational medical applications, providing controlled angular force in endoscopy devices, surgical instruments, and electromechanical medical equipment.

Layered wave springs utilizing crest-to-crest configuration for medical device applications. These springs provide high load capacity in minimal space for medical equipment. Suitable for applications requiring precise spring characteristics.

Specialized springs with touch-sensitive properties for use in medical device control mechanisms and sensor applications. These springs enable responsive feedback in medical instrumentation.

Elastic metal components with multiple peaks and valleys used in medical devices requiring low stiffness and axial preload. Applied in precision medical equipment assemblies where compact design and reliable spring force are essential.