White paper

Overcome medical device manufacturing challenges and achieve operational excellence

A hospital operation room with three doctors wearing medical scrubs.

As the medical device industry faces evolving challenges like increased demand from aging populations, stricter regulatory requirements and the need for rapid innovation, manufacturers must adapt to stay competitive. The need for an intelligent, digital manufacturing foundation has never been more critical. Our whitepaper addresses these pressing challenges and explores what is necessary to elevate manufacturing operations and achieve operational excellence.

The three pillars to achieve operational excellence in medical device manufacturing

Operational excellence is essential in medical device manufacturing, and it rests on three critical pillars: operational readiness, efficiency and quality. Our digital twin technology and automatic planning processes contribute significantly to achieving these pillars. Operational readiness involves simulating parts, machines and plants to optimize production processes. Operational efficiency is achieved by bridging the data and collaboration gap from design to manufacturing execution, while operational quality tracks production data in device history records through paperless manufacturing processes.

By implementing a comprehensive digital manufacturing infrastructure, medical device manufacturers can enhance their production capabilities, respond swiftly to market changes and maintain strict compliance and quality standards.

Download the whitepaper now to explore how you can achieve operational excellence and stay ahead in the competitive medical device industry.

Condividi

Risorse correlate

Streamlining ship design with simulation and data management
Webinar

Streamlining ship design with simulation and data management

Integrate finite element simulation seamlessly with CAD to make marine structural simulation software an advantage.

Unleash the power of an integrated CAE workflow for efficient design of fast boats
Webinar

Unleash the power of an integrated CAE workflow for efficient design of fast boats

Learn how you can create a propulsion system with systems simulations and deploy it in a computational fluid dynamics (CFD) self-propulsion simulation to assess the maximum speed.

Simulazione CFD in scala reale per la progettazione navale - di Milovan Peric
White Paper

Simulazione CFD in scala reale per la progettazione navale - di Milovan Peric

Il white paper esamina i problemi più comuni associati all’esecuzione della simulazione CFD su scala reale e promuove l'analisi a grandezza naturale dei progetti navali in condizioni operative realistiche