ABOUT US

With over 25 years of experience 3C-Medical Intelligence GmbH is a leading worldwide provider of innovative and advanced patient positioning and immobilization solutions for radiotherapy. We are a multidisciplinary team dedicated to deliver cutting edge technology to support high precision radiation oncology allowing clinicians to deliver the best treatment to their cancer patients.

Our clinical solutions support modern radiotherapy treatment techniques as IGRT, VMAT, stereotactic treatments as well as adaptive radiotherapy with a track record of peer-reviewed clinical publications.

Under the strong leadership of the 3C-Carbon Group, the 3C-Medical Intelligence brand identity will continue to stand for the technical innovation, clinical benefit, patient centric solutions, organizational focus, and entrepreneurial spirit that have produced these successful products.

OUR MISSION

Innovation is one of our most important drivers. Communication with our industry and clinical partners is key to bringing novel ideas to the market. Their feedback highlights opportunities for product creation and improvements.

With HexaPOD, the first 6D robotic couch on the market, with a dosimetrically matched imaging couch top and with the introduction of unique vacuum activated immobilization systems we became known as an international leader in innovation for patient positioning solutions.

Considering fast technical progress in medicine we listen closely to the needs of therapists and patients and offer sophisticated solutions with highest patient comfort and user-friendly handling. Streamlined workflows are of utmost importance in all our products.

As part of 3C-Medical Intelligence's commitment to open systems structure and to provide as many clinical users as possible with access to our firstclass products, we strengthen to supply and support our brand products to all providers of radiation therapy solutions.

We are an environmentally conscious company, designing our products to be durable and to reduce single-use components where possible.