Driving Program Acceleration & Reducing Time To Market Through Proactive Engineering and Design for Manufacturability

Medical device programs often face unexpected hurdles that require rapid, coordinated action to protect timelines and ensure reliable production outcomes. A recent handheld device component project demonstrates how MRPC’s engineering depth, design for manufacturability (DFM) capabilities, and collaborative approach can resolve supplier constraints and strengthen downstream manufacturing performance.

The customer initially experienced challenges with their incumbent supplier, including capacity limitations and difficulty qualifying tooling. These issues created a risk of delay across multiple program milestones. In addition, the customer requested accelerated timing on several critical tasks—including gauge R&R activities, fixture development, and pad-printing preparation—to keep the overall launch schedule intact.

To support these accelerated objectives, MRPC conducted a detailed review of all dependencies and identified opportunities to begin work earlier than originally scoped. By partnering closely with the customer to obtain preliminary sample parts, MRPC was able to initiate key activities ahead of formal approvals. This proactive approach advanced the schedule and was met with strong positive feedback from the customer’s technical team.

During early tooling operations, MRPC identified an ergonomic concern with the mold’s top plate, noting that its weight could impact safe and repeatable operation. The engineering team quickly proposed an automated actuator solution to eliminate the manual load, improve operator safety, and maintain cycle consistency. The modification was expedited without impacting the customer’s timeline and further reinforced program confidence.

Through these combined efforts, MRPC improved overall program timing and resolved the ergonomic issue for the handheld device component program.

This case highlights MRPC’s ability to remove barriers, accelerate critical-path activities, adjust quickly on the fly to continue improving the trajectory of the program and provide engineering-forward solutions that strengthen manufacturability and reliability. By integrating Design for Manufacturability (DFM) principles and maintaining open communication across all project stages, MRPC helps medical device OEMs mitigate supply-chain risk and keep high-performance device programs on track.

Learn more about MRPC’s Design for Manufacturability capabilities and how they support successful device launches.