RELIABLE SIGNAL TRANSMISSION
Assemblies designed to withstand the harsh environments of diagnostic equipment including ECG, EEG, TENS, temperature, SpO2 and invasive blood pressure.
Our expertise in molding, cable and interconnect design provides custom solutions for your patient monitoring device. Patient monitoring cable assemblies transmit signals from electrodes or sensors placed on the patient's body to the monitoring instrument that processes the signals. We help your product measure a wide variety of physiological parameters such as electrocardiogram (ECG), blood oxygen saturation (SpO2), blood pressure, and temperature. Whether you are facing a complex or simple design challenge, our engineers will provide an innovative solution to meet your product requirements. Engineering expertise in cable, molding, and assembly allows us to design for manufacturability, while also designing for biocompatibility, high voltage, and flexibility requirements. We will partner with you to custom design cost-effective, high-quality cable and interconnects for home healthcare monitoring, defibrillation, sleep apnea, or other diagnostic applications. Diagnostic and therapeutic connectors, cables, and assemblies utilize our expertise in mold technology and material selection and are designed to be reliable through multiple mate and de-mate cycles, exposure to chemicals and harsh environments including hospitals, clinics, and at home.
Patient Lead Wires
Patient lead wires connect sensors and electrodes located all over the body to the main trunk cable. TE can provide a number of solutions to help meet the needs of your patient lead wires, including shielded or unshielded; individual or ribbonized; standard or anatomical; reusable or single-use.
TE has customizable OEM Pulse Oximetry (SpO₂) Probe Platforms to fit any product portfolio. Whether expanding an existing offering or starting from scratch, one or all of our three platforms will surely suit your needs. Our three platforms are disposable, reusable finger clip and soft silicone boot.
Filtering, signal processing, or energy protection components are often located in the cable yoke in patient monitoring applications. TE can help you find the right balance of electrical performance, mechanical properties and value for your unique application.
Durability requirements are critical when designing trunk cables that must perform, even when twisted, stepped on or rolled over by heavy hospital equipment. TE performs rigorous testing to help you meet the challenging use environments you identify.
The system connector must survive multiple mate-demate cycles while reliably transferring signals from the cable assembly to the monitoring instrument. TE can design in standard connectors, like a USB or D-subminiature, or custom connectors with special functions such as unique key configurations or illumination to fit the needs of your end-user.
TE's line of 400-series, sterile, single-use temperature probes, in multiple styles, meet specific continuous patient temperature monitoring applications.
Benefits: Patient Monitoring Cable Assembly
- Engineering expertise, innovation, and quality
- Customized solutions to solve your unique challenges
- Global reach and responsiveness
- Large-scale production capacity and flexibility to manage high-volume and product mixes
- Able to manufacture finished molded assemblies and subassemblies, or make just the electronic components to support your medical applications
RoHS, REACH, EC53, IEC
- RoHS Compliant
- REACH Compliant
- EC53 Compliant
- IEC 60601 Compliant
TE is now one of the largest sensor companies in the world, with innovative sensor solutions that help customers transform concepts into smart, connected creations. Electronic systems in medical equipment, devices and probes rely on sensor signals as a basis for control activities, accurate diagnosis and treatment. TE designs and manufactures sensors to exacting specifications for the rigors of medical applications, with ISO 13485 certification and FDA registration for various products. Our engineers provide full support of application-specific, standard and custom requirements, from product concept through manufacturing.