Trio Labs' mission is to improve lives by enabling the next generation of medical devices. Trio fabricates precision metal parts with unmatched fine resolution that scale seamlessly from prototyping though high volume manufacturing. The Resin Infused Powder Lithography (RIPL) process reduces costs and manufacturing times for existing products, and enables wholly new solutions in a wide range of medical device markets such as high precision surgical tools, interventional devices, miniaturized infusion pumps, microneedle arrays, drug delivery devices, and more.
TraBTech, a spin-off of Btech, is a company operating on Innovative and Disruptive Implant Development with Additive Manufacturing Technology. TraBTech is a technology company that provides Training and Consulting Services in Modeling and Design, Additive Manufacturing as well as 3D Anatomical Modeling and Design and Customized Solutions/Services.
Surgical innovation is our passion. This is the promise of our brand and the aspiration which drives us. Our objective is to be the first choice for all decision makers who use, process or purchase our products. Be it physicians and surgeons, medical professionals in the operating theater and CSSD, administration or purchasing. We are the surgical brand you can count on. Worldwide. At all times. Today and in the future. For the benefit of patients.
Synergy 3DMed is digital health company offering personalized surgical solutions to improve patient outcomes. We enable pre-operative planning using 3D visualization and rapid or point of care 3D printing of patient specific implants and devices.
BIOPROTECT S.A. is an argentinian company that manufactures implantable medical prostheses, with all the experience and trajectory acquired in 22 years of presence in the market. The manufacture of its parts begins with the "forging" process, which marks the difference with the rest of the manufacturers.
We combine cutting-edge additive manufacturing technologies, high-precision machining techniques and state-of-the-art CAD tools to design and manufacture customized implants to improve patient's quality of life. KAI is the platform developed by our team of experts that simplifies the entire manufacturing process of the parts and their follow-up and also facilitates communication between the doctor and our bio-engineers.
Curiteva is a privately held technology and manufacturing company based in Huntsville, AL. The company was founded in 2017 in a 35,000 sq ft facility by a machinist entrepreneur, focusing on building a differentiated portfolio of proprietary spinal implants. Since its founding, Curiteva is pioneering 3D printing of porous PEEK implants with a bioactive nano-surface to revolutionize how engineered structures and implant biomaterials accelerate immunomodulation, enhance healing, and improve patient outcomes.
Syntplant sp. z o.o. uses materials and technologies it has developed to produce implants based on bioresorbable materials, including innovative bone-forming filaments customized to the individual patient's needs. Our products are used wherever there is a need to supplement bone loss. The implants we manufacture take advantage of the body's natural ability to regenerate.
Huaxiang Group is the industrial leader of medical 3D printing application in China. With an established medical industrial chain including materials research and development, software, additive manufacturing, post processing, etc., Huaxiang Group is ready to offer hospitals and doctors with comprehensive, accurate and efficient industrial grade medical 3D printing solutions.
Adler Ortho® is a private company specialised in designing, manufacturing and marketing articular prosthesis and other medical products for the orthopaedic market. We provide Orthopaedic Surgeons with innovative implants by employing the most advanced technologies, allowing patients to have a fast return to active life.
Based in Parsippany N.J., Onkos Surgical is a privately held, specialty medtech company founded in 2015. We believe that individuals with cancer requiring surgery deserve solutions designed specifically for them. This principle is the driving force behind our Precision Oncology initiatives. Built on a digital platform, our solutions are rooted in unmatched expertise in patient imaging analysis, personalized surgical planning, and the latest advancements in 3D printing. At Onkos, we are passionate about reducing complexity for our customers and addressing the clinical challenges associated with tumor surgery.
We use breakthrough 3D printing technology (Additive Manufacturing) for the manufacture of implants. Additive Manufacturing allows us for the production of patient-specific products with unlimited geometry. We also use mesenchymal stem cell technology.
CurifyLabs was born out of 10 years of research, undertaken by Niklas Sandler Topelius at Åbo Akademi University, Finland. His research into modernizing extemporaneous drug manufacturing caught the attention of Charlotta Topelius, a serial entrepreneur, who saw an opportunity to tackle the manual compounding processes in pharmacies
CATEH is a Croataian innovative medtech company specialized in the AM production of Patient Specific polymer medical devices.
The company was founded in 1992 and has always been oriented towards application. and the introduction of new technologies in a specialised application.
We are a company that believes in the advantages of additive technologies and the application of Industry 4.0 in the production of custom-made inndividual products. Medicine is an ideal area for applying our knowledge and skills in combination with additive manufacturing. Each person is unique in its character traits, as well as in physiological and anatomical characteristics. The use of individual medical devices for the patient, whether it is a model for planning medical surgery, surgical guides for the preparation and placement of implants or on individually adapted implants, facilitates medical procedures for doctors because they can plan the operation in advance, reduce the time of surgery using our products and thus reduce stress and effort in the process, increasing efficiency and helping patients improve their treatment with medical devices specially made for them. Only long-term proven and certified materials are used for our products, which, through advanced methods, provides us with new opportunities to use what was not possible before due to the lack of suitable certified materials and additive technologies.
Implemented systems in accordance with the requirements of ISO 9001:2015 and ISO 13485:2016 ensure that business processes are improved, and the management and control of business processes consequently and a higher level of product quality, which are compliant according to the relevant provisions and directives prescribed for medical devices made to order according to MDR (EU) 2017/745.
Founded in 2016, BICO (formerly CELLINK) is the leading bio convergence company in the world. By combining different technologies, such as robotics, artificial intelligence, computer science, and 3D bioprinting with biology, we enable our customers to improve people's health and lives for the better.