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Critical Connections in the Medical Market
When lives are involved, the utmost reliability is mandatory and compromise is the last thing on your mind.
Hypertronics has delivered a high-reliability interconnect solution to the medical industry for decades. These interconnect solutions are used extensively in areas where integrity and reliability is essential to the well being of a patient. Our contacts, connectors, cable assemblies and embedded electronics facilitate medical trends toward less invasive procedures, disposable probes, embedded electronics, high cycle life and sterilization.
Applications include:
- Implantable devices
- Magnet Resonance Imaging
- Digital Imaging
- Electrophysiology Catheters
- Defibrillators
- Patient monitoring equipment
- Ultrasound
Hypertronics interconnects satisfy custom requirements for all critical medical applications Our customized solutions and concurrent engineering help to reduce development time and simplify the design of medical devices. Hypertronics’ high-reliability connectors incorporate the unique Hypertac® contact system, which can withstand up to 100,000 mating cycles, has autoclave capability, and can be color coded to ensure proper mating. The contacts, with their very low contact resistance (<8 milliohms for small signal contacts), are ideal for high reliability medical applications.
HyperGrip 
The HyperGrip™ user configurable connectors allowing for standard pricing and shorter lead time | D Series 
The D Series simple and reliable solution for quick connections |
ClearImage ClearImage Non-Magnetic interconnect solutions for imaging applications | ImplanTac ImplanTac Bio-Compatible socket contacts |
KS docking  KS docking connectors holds the utmost reliability when transmitting data from remote locations | L & N  L & N series high density module rack & panel connectors that can be configured with a large number of various contacts in a single frame |
Hypertac Technology

Our advanced contact design satisfies performance requirements previously considered impossible.
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