91¿ì»îÁÖ

Our History

Since our founding in Nashua, New Hampshire in 1987, we’ve been dedicated to solving complex manufacturing challenges. We began as a laser systems integration company before shifting our focus to medical device contract manufacturing. As we’ve grown, we’ve continually expanded our capabilities to support innovation in the MedTech industry.

Passion for Innovation

For over 30 years, 91¿ì»îÁÖ® has led the way in medical device manufacturing. The passion for advanced laser technology that launched the company in 1987 still drives our approach today. Building on our expertise in laser processing, we’ve expanded into a broad range of capabilities, enabling vertical integration and delivering comprehensive manufacturing solutions to solve even the most complex MedTech challenges.

Rapid Growth

Since 2015, 91¿ì»îÁÖ has been growing rapidly. Through targeted acquisitions and greenfield investments, we have expanded into a global leader in advanced engineering, prototyping, product development, and micromanufacturing. Each of our locations is focused on specific manufacturing capabilities and technologies that provide a unique solution for the medical device and advanced diagnostic industries.

Our latest news, research, and insights

BLOG

August 26, 2026

Why Battery Longevity Matters More Than Capacity in Implantable Medical Devices

When engineers evaluate a battery, it’s natural to focus on day-one performance. Higher capacity, strong power output, and impressive energy density can…

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BLOG

August 18, 2026

Implantable Medical Device Batteries 101: How to Choose the Right Power Solution

Choosing an implantable medical device battery involves far more than selecting the highest capacity option. Battery selection can influence device size,…

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BLOG

August 3, 2026

How to Accelerate Development of Complex Cardiac Devices: Lessons from VenstraMedical’s Next-Generation Blood Pump 

Executive Summary  Developing a catheter-based cardiac support device means balancing catheter deliverability, pump performance, anatomical interaction, manufacturability, regulatory requirements, and investor expectations…

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