Americhem

Single use doesn’t mean simple. A disposable surgical instrument may contain multiple components that need to fit, move, and align consistently. At the same time, development teams are balancing molding, assembly, sterilization, cost, supply continuity, and qualification. The material decision has to work within that complete system. As part of our Surgical Instruments Takeover, Emilie Timmerman and Raphael Delgado discuss why understanding the full application early can help teams reduce risk and move toward production with greater confidence. Watch the conversation. 👇 #Americhem #SurgicalInstruments #MedicalDevices #MaterialScience #Healthcare

Reusable changes the material conversation. When a surgical instrument needs to perform repeatedly over time, the first question is how it needs to perform throughout its intended lifecycle. CTQs, interactions between components, and the point at which material decisions enter the development process all matter, especially before tooling and manufacturing requirements are defined. To close out our Surgical Instruments Takeover, Emilie Timmerman and Raphael Delgado share their perspectives on reusable instruments, including why early involvement and a resin-agnostic approach can help teams evaluate materials around what the application actually requires. Watch the conversation. 👇 And stay tuned. We’ll be taking this conversation further in an upcoming technical webinar on what surgical instrument design demands from materials. 👀 #Americhem #SurgicalInstruments #MedicalDevices #MaterialScience #Healthcare

See how additives hold up through processing and real-world fiber use.

Consistency is key in fibers. See how additives support repeatable performance.

High loads and repeated use accelerate gear, cam and worm-drive wear. Americhem compounds help motion stay reliable.

Jamming. Misfires. Deployment failure. Americhem engineered polymers improve surgical device reliability.