Medical Device Product Development and Consulting

ATech Designs, LLC is a seven-time award winning medical device product development, design and consulting company. We start with ideas and use thorough German engineering practices to design and develop them into high quality, manufacturable, profitable products. We take great pride in our systematic, thorough and efficient approach. This approach guides us through every step in the development of each of our products, across every aspect of our business.

We have worked with clients in many different fields of work including the Medical Product Device Design and Development industry.  The types of medical products ATech Designs, LLC has developed include medical disposables, medical devices, laparoscopic devices, anastomotic connectors, catheters, intravenous (IV) devices, mitral valve repair devices, non-invasive surgical instruments, and knitted multi-pole pockets for RF endometrial ablation.  Beyond the Medical Product Device Design and Development industry, other products ATech Designs, LLC has developed include knitting machines, looms, plasma arc cutters, precision/power resistors, and manufacturing/automation equipment.

In addition to Product Development and Design, ATech Designs, LLC has a team of professional consulting engineers that have the knowledge and experience to assist you with services such as polymer selection, manufacturing, product assembly, new product testing and also are available to serve as a medical device expert witness in patent and liability litigation matters.

Products by ATech Designs, LLC

SmartSite© Needle-Free IV Valves

Needle-Scopic Percutaneous Suturing Devices

Z1™ portable CPAP machine for Sleep apnea

atech mitral valve bace device

ATech Designs, LLC & Phoenix Cardiac Devices, Inc. receives CE mark and approval to sell mitral valve device

ATech Designs, LLC and Phoenix Cardiac Devices, Inc. receives CE mark and approval to sell their mitral valve device in Europe effective April 1, 2021 to May 27, 2024. The BACE device was developed to provide a more effective and less invasive method of treating...