Search Results

Paragon Medical works with ambitious medical manufacturers, helping accelerate new product development with medical device manufacturing and high-precision components for everything from implants and surgical instrumentation to single-use disposable devices and assemblies. Our divisions will partner with you to refine your designs, improving performance and reducing cost while ensuring compliance with established and emerging regulations.

PRINTMED-3d aims to create an infrastructure for the development of enabling solutions for personalised medicine and specialist training, through the combined use of virtual reality and functional additive printing technologies.

The strength of the company resides in bringing innovation into the classic microbiology. All of the IUL,S.A. designs contain an original and unique idea, that in most of the cases is a worldwide patent.

Serkel® is an Australian company specializing in the development and production of custom-made helmets, that encourage symmetrical head growth in babies.

3DMEDiTech™ has established a state-of-the-art 3D printing facility that is revolutionising the personalised medical device industry.

Spentys offers a complete, efficient and clinically-validated 3D scanning, modelling and printing platform that enables healthcare providers to create high-quality, patient-specific orthoses faster and at lower costs.

Thrive Orthopedics in industry-leader in the manufacturing and distribution of prefabricated carbon fiber foot orthoses and 3D-printed orthopedic devices.

Bone 3D merges knowledge and science to design products that enhance the value provided to healthcare professionals and their patient. Our innovative medical devices are manufactured in France by using the technology of 3D printing.

Rapid prototyping and material advantages of 3D printing allow us to create devices that maximize mobility, comfortability, and protection. Our products are designed for you, nobody else

DanaMed, Inc. is a medical device venture formed in 2014 to develop and bring to market a superior surgical approach to reconstructing Anterior Cruciate Ligaments (ACLs). The approach was conceived in 2013 by Dr. Dana Piasecki, a leading Sports Medicine orthopedic surgeon, and evolved through over 20 iterations to become the Hybrid Transtibial Technique (HTT). The HTT combines the advantages of the two widely-used conventional approaches to ACL reconstruction but avoids the significant surgical and clinical disadvantages of each.