ODU Medical Connector solutions are highly reliable connectors designed for medical electronic equipment, including diagnostic & imaging, patient monitoring devices, surgical and treatment tools, dental applications and disposable equipment (sensors, catheters).
Decades of experience in the medical industry combined with state‐of‐the‐art technology ensure we can develop your connectors to perfection. Whether in diagnostics, therapy, hybrid operating rooms or patient monitoring – our products stand for consistent failure protection and reliability in everyday medical applications. We manufacture high‐quality products in accordance with:
Our custom system solutions include planning, development and documentation. We subject our products to comprehensive durability and reliability inspections at our in-house laboratory, the ODU Technology Test Center. This saves you time and money and guranteeds superlative quality.
Every inspection includes complete documentation for all materials, components, and certifications. This enables you to precisely control and trace individual components.
Every new product must deliver high performance and the highest level of safety. With outstanding contact resistance over more than 100,000 mating cycles, we ensure the reliable transmission of signal, power, high current, high voltage, RF signal (coax), medical gases and liquids, as well as data and fiber‐optic signals.
Our connectors, cables, and housings are characterized by extreme temperature and chemical resistance – and guarantee reliable tightness, in compliance with high protection classes.
Sterilizable and disinfectable
Autoclavable at up to 134 °C and 3 bar
Disposable solutions available
Easy cleaning of all surfaces
Vibration resistant
Use of biocompatible materials
Antimicrobial versions with plastic connectors available
Many well‐known customers put their trust in high‐performance connector solutions from ODU: Whether for clinics, medical, and dental practices or home care, we develop custom solutions of the highest quality.