Imaging

Industries

Medical Imaging

TE specializes in lightweight cable assemblies, connectors, sensors and assembly technologies that meet the ergonomic, reliability, integration, and pricing needs of OEMs in the medical diagnostic imaging sector.

Over 75 years of pioneering advanced imaging technologies. TE's expertise in imaging was derived from AMP, a TE company which built the revolutionary technology used in cable assemblies for ultrasound applications. Over the last seven decades, we have helped medical device OEMs advance medical imaging devices. Our solutions enable power, data and signal to generate, transmit and feedback along a range of devices. Developed with the end user in mind, our COMFORT™ NX platform is ergonomically-designed for easy maneuverability, while delivering enhanced image resolution.

 

TE is collaborating with our customers to enable innovation for tomorrow’s imaging demands, including miniaturization of devices, higher density image quality through 4K, 8K & 3D imaging and the acquisition of data through connectivity.

Ultrasound
Intravascular Ultrasound (IVUS) and Intracardiac Echocardiography (ICE)

Technical Expertise

  • Material science
  • Fine wire to 52AWG & coax to 48AWG, cable & assembly termination
  • Precision stamping & plating
  • Metal & braided tubing – advanced steering solutions
  • Termination & shielding
  • Molded interconnects & overmolding – design & tooling
  • Full probe assembly
  • Electronics design, PCB/cable interconnects assembly
  • Cleanroom assembly
  • Advanced cable assembly testing
Comfort NX // A new ergonomic cable for ultrasound imaging
15 mins

 

According to a 2018 report issued by the Society of Diagnostic Medical Sonography, a staggering 90% of clinical sonographers experience symptoms of musculoskeletal disorders. Many of the probes, connectors and cables used by clinical sonographers are bulky and heavy in nature, a potential factor contributing to these instances of work-related musculoskeletal disorders. At TE Connectivity, our engineers believe that you don’t need a heavy, bulky imaging cable to provide high-quality reliable performance. During this webinar, Eugene Mayevskiy Principle Engineer will discuss COMFORT NX, TE's newest ergonomic cable design for medical ultrasound imaging.

Comfort NX // A new ergonomic cable for ultrasound imaging
15 mins

 

According to a 2018 report issued by the Society of Diagnostic Medical Sonography, a staggering 90% of clinical sonographers experience symptoms of musculoskeletal disorders. Many of the probes, connectors and cables used by clinical sonographers are bulky and heavy in nature, a potential factor contributing to these instances of work-related musculoskeletal disorders. At TE Connectivity, our engineers believe that you don’t need a heavy, bulky imaging cable to provide high-quality reliable performance. During this webinar, Eugene Mayevskiy Principle Engineer will discuss COMFORT NX, TE's newest ergonomic cable design for medical ultrasound imaging.

Fine Wire Automation – Device Talks Webinar
55 mins

 

The demand in the marketplace is for the ability to enable medical devices to have similar - or even greater - functionality in smaller spaces. With this demand, so does the need for more robust fine wire management. During this webinar, Troy Brown, Staff Manufacturing and Development Engineer, Advanced Development, discusses the applications and benefits of fine wire automation and provide an overview of our automated fine wire management processes and technical capabilities.

Fine Wire Automation – Device Talks Webinar
55 mins

 

The demand in the marketplace is for the ability to enable medical devices to have similar - or even greater - functionality in smaller spaces. With this demand, so does the need for more robust fine wire management. During this webinar, Troy Brown, Staff Manufacturing and Development Engineer, Advanced Development, discusses the applications and benefits of fine wire automation and provide an overview of our automated fine wire management processes and technical capabilities.