Services
We Develop Clinically Ready Medical Devices
Orthopedic Medical Products Specialists
The Medical Device field is dynamic, constantly evolving and very competitive. Oftentimes, companies find themselves in need of developing complementary technologies, new instrumentation, a different technique or even an alternative strategy for their new or legacy products.
These needs are usually critical but their short-term nature means that hiring personnel and setting up a new team is not only expensive but too slow for a mission-critical project. This is where Newvomed excels. Because of our more than 30 years of experience in the orthopedics business, we are able to come up to speed quickly, have access to expert engineering teams, prototyping and manufacturing capacity and the clinical experts needed to accelerate the development process.
We act as your design team and an extension of your business throughout the project. Once it is over, you have the product or technology you need and we move on. All the costs and activities associated with setting up a new team are avoided. No searching, hiring, onboarding, training or learning curve is necessary, and when the work is done so are we.

Design & Development
Access to OEM device manufacturer to design, rapid prototype, patent, trademark and file new products for approval including all process documentation.

Sales & Marketing strategies
Develop plans for selling, marketing and distributing newly created or existing products.

Device Commercialization
Bringing new products to market or taking existing products into new markets.

Active Projects

Creating a US based Medical Device Startup Company with European and US surgeons to develop a new system for trauma and joint realignment

Identified new indications and market opportunities for a startup with a novel implant design for Shoulder, Knee and Ankle

Lead Investor, board member and advisor to an International Startup company with new Smart implant technology

Leading a Project Design Team to create unique instruments and a novel arthroscopic surgical technique for a biologic scaffold