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Amedrix develops & produces three dimensional implants (gel and liquid) based on collagen. Focus: treatment of articular cartilage damage in human an horse and other promising application areas. CE-mark for the cartilage repair product is granted & successfully used in patients.

The core competency of AQ Implants GmbH is the endoprosthetic reconstruction of severe and complex defects and anomalies. With the development of innovative implant systems AQ Implants GmbH provides surgeons with various surgical options to reconstruct a wide variety of defects.

Under the brand name REVISIO they offer a complete range of implants for the treatment of revision and tumour cases, from easy revision cases to modular-complex defect treatments.

Inovedis is developing a new surgical technique for rotator cuff ruptures based on a PEEK implant. This injury is by so far the most typical shoulder injury. The patented SINEFIX implant system allows refixation of the tendon with a simplified surgical technique and is optimized for minimally invasive surgery. The technique is easy and quick to learn for the surgeon, minimizing complications due to surgical mistakes. The novel surgical principle suggests significant time and cost reductions as well as improved outcomes. Inovedis was founded in 2016. The company started operations in 2019.

The founders of Kumovis GmbH have set themselves the goal of enabling the additive production of plastic implants and are developing innovative 3D printers specifically for medical products. Kumovis focuses on the processing of high-performance polymers, which are already established in medical technology. With the Kumovis system these plastics can be processed individually, decentrally and with a high degree of design freedom. Through the integration of a unique air circuit including filter units, the technology enables a clean room environment within the build chamber. The contamination of the component with foreign particles can be avoided. As a result, the Kumovis printer can produce products such as implants cost-effectively and at the same time patient-individualized.

Mecuris enables the individual and custom-made production of orthopaedic aids by means of an intuitive web-based platform and subsequent manufacturing using 3D printing. This includes orthoses (e.g. for stabilising the cervical spine) and prostheses (e.g. artificial limbs), as well as equipment such as covers for below-knee prostheses. Mecuris not only provides orthopaedic clinics and medical supply stores with its innovative platform, but also with a full service package right up to delivery of the manufactured products. Design data is adjusted to a patient’s anatomy in an automated fashion based on digital patient data (CT, scanning, photos).