Engineered Metal Components

Product Group

Engineering the complex

Complex and delicate surgical instruments, implants or analytical devices required highly engineered components and assemblies. TE has the expertise, capabilities and raw materials to support your medical device prototypes, trial volumes and high-volume production runs.

Precisely engineered to your specifications. TE possesses a wide range of engineering capabilities, enabling us to create components varying from basic cut-to-length tubing with machined orifices to intricate assemblies of complex parts.

Our proactive approach throughout the development cycle can help bring your medical device concepts to market quickly. This approach enables us to identify design efficiencies and optimize product manufacturability. Our skilled engineers can swiftly transform concepts into prototypes, whether we’ve starting from scratch or working with your existing specifications.

 

We have an extensive in-house inventory of raw materials that can be processed by our broad array of automated production capabilities to streamline production, helping reduce the risk and delays associated with engaging with multiple vendors.

Laser welded and cut miniature components
Components for interventional cardiology devices
Trocars
Metal tube smithing of miniature medical components
Engineered surgical suture components
Precison fluid handling and analytical probe components

Innovations in Laser Processing - Device Talks webinar

55 mins

The move toward smaller medical devices has established laser cutting & welding as critical methods of medical device manufacturing. These methods are complicated but essential processes for adding functionality such as improved steering, reach or flexibility when working with materials such as metals and polymers. In this webinar, TE discusses its laser processing capabilities in cutting and welding complex designs of metal components, from prototyping to automated high-volume production.

Innovations in Laser Processing - Device Talks webinar

55 mins

The move toward smaller medical devices has established laser cutting & welding as critical methods of medical device manufacturing. These methods are complicated but essential processes for adding functionality such as improved steering, reach or flexibility when working with materials such as metals and polymers. In this webinar, TE discusses its laser processing capabilities in cutting and welding complex designs of metal components, from prototyping to automated high-volume production.

Metallurgy // Novel alloy options to extend medical device limits

20 mins

If you could help increase physician confidence, reduce patient risk and maximize revenue, would you choose to? In this webinar, TE explores various novel alloy options for interventional cardiology, neurointerventional and endoscopic device solutions. TE details the materials that can optimize catheter performance, improved kink and resistance, and easier device navigation, whilst giving you the technical benefits and challenges of each alloy.

Metallurgy // Novel alloy options to extend medical device limits

20 mins

If you could help increase physician confidence, reduce patient risk and maximize revenue, would you choose to? In this webinar, TE explores various novel alloy options for interventional cardiology, neurointerventional and endoscopic device solutions. TE details the materials that can optimize catheter performance, improved kink and resistance, and easier device navigation, whilst giving you the technical benefits and challenges of each alloy.