Kanfit is a leading manufacturer of primary and detailed parts, subassemblies and ready-to-mount assemblies for the aerospace and medical device industries. We provide small, medium and large companies with a full service solution under one roof—from 3D model to prototype to serial production and assembly—delivering ready-to-mount products directly to your assembly line. Why go to multiple vendors when Kanfit can provide everything you need?
Established with the core purpose of providing South Africa with the first of its kind manufacturing HUB focusing mainly on “Metal Additive Manufacturing”. Founded with a strong emphasis on using high technology manufacturing methods, Metal Heart will deliver components and solutions to clients at competitive pricing structures. Our aim is to change the way you see and understand the manufacturing world forever.
With 3D printing the presurgical planning is simpler, the operations are shorter, communication with the patient and interdisciplinary communication are clearer.
See what 3DIFIC can do for your operations.
Founded in 2012, Inovus Medical is a UK based, multi award winning, designer and manufacturer of medical simulation products. Their core range of simulators includes the world’s most affordable ‘take-home’ laparoscopic simulators and a range of institutional based laparoscopic simulators with unrivalled functionality. The company offers a growing range of simulators for teaching skills in critical care, medicine and surgery.
PrinterPrezz is the first medifacturing™ company in the world, blending medical innovation with advanced design and manufacturing resources. We help customers at every stage of the innovation life cycle from early concept development to volume production
3DLife is an experienced, innovative, technologically advanced medical 3D printing company, based in Athens, Greece. Over the past years, 3D Life has been an ever increasing valuable player in the medical 3D printing market and has created new, innovative medical ideas that have never been created before such as the first in Europe 3D Anatomic Heart Library, the first 3D Printed Mitral valve presented in an international conference and the first 3D printed uterus used for presurgical preparation and planning! It is our goal in the future to become the most admired 3D Printing Company and create even more innovative and profitable ideas.
ADEISS, which is based in London Ontario Canada is positioning itself to assume a leadership role in the provision of precise, bio-compatible, 3D printed medical devices designed to materially improve patient care and reduce risk, all at a lower cost to the recipient, the clinician and the health care system.
BRECA Health Care is based in Granada, Spain and was founded in 2011 to bring to patients new treatments based in emerging technologies as 3D printing. Now the company has presence and have register the products in the EU, Colombia, Costa Rica and Mexico and is being incorporated in the USA.
3D LifePrints provides 3D printed anatomical medical models for pre-surgical assesment and planning, intra-surgical use and for educational training. 3D LifePrints also provides a range of 3D printed prosthetics for the developing world
Synergy3dMed specializes in developing and manufacturing Patient Specific Instrument for surgeries (PSI), which are derived from patient’s imaging data and used by the surgeon to achieve more accurate and effective results. Synergy3dMed design it's PSI according to the doctor’s prescription and in a collaborative process with the surgeon according to the specific demands of the surgery. PSI are produced using fully certified bio-compatible materials and undergo sterilization prior to use.
In 2009, Dr Didier Nimal created OsseoMatrix and invented a proprietary process of 3D direct printing of biological ceramics. This breakthrough innovation developed in collaboration with multidisciplinary research teams expert in the field of biology (CNRS), biomaterials (School of Mines) and process engineering (CEA), allows the manufacture of 3rd generation implants. These implants are custom made from patients' CTs to perfectly fit the anatomy of bone loss. Their composition is similar to the mineral bone and their internal porosity is programmed to guide bone healing. Alternative to bone grafts, OsseoMatrix implants are set up using a minimally invasive surgical procedure.