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3D Veterinary Printing is a project created by Dr. Matteo Zanfabro. The goal is to research, study, test, and apply additive 3D printing technologies to the field of veterinary medicine.​Fields of application: 3D pre-surgical planning, Models for education, communication, teaching, Customized braces, orthoses, and prosthetics for pets, Customized medical devices

We print to order both pre-designed and animal specific models of skulls, spines and long bones. Our library is extensive and includes breeds of different species with size and anatomic variation. We can create a model specific to a CT or MRI that you acquired. Our models are used for surgical preparation and teaching and pre-created surgical corridors can be simulated by our engineers.

Qase3D was founded from a simple belief: every patient deserves personalised patient care. For that vision to become reality, 3D surgical planning, anatomical models, surgical guides and patient-specific implants must be done the right way — with consistent quality, validated processes and full compliance with medical regulations. That’s why Erik Boelen, MSc, PhD, founded Qase3D: to help medical 3D printing teams bridge the gap from clinical innovation to lean quality management and regulatory confidence.

LUGO H1 Industrial FFF 3D printer features six heads, allowing it to use products with different filament thicknesses by inserting them into each nozzle. It can output up to 60A and includes a built-in filament dryer.

Meteora3D is developing an ultra-fast healthcare 3D printer for planning trauma surgeries at the point-of-care based on cutting-edge patent-pending technology.

PolyUnity is a socially conscious business, dedicated to improving lives and healthcare outcomes while reducing costs.

Japan Medical Company has manufactured 3D printed medical devices. We develop products to support medical professionals in providing the best care for their patients.

AddPark is a technology company that specializes in developing high-tech industrial products using advanced manufacturing technologies and innovative design techniques. Our contracted production services utilize metal additive manufacturing and performance polymers, and we also offer technical training and on-device training programs to accelerate learning in additive manufacturing.

One of the leading production studios for scientific stock illustrations, animations and digital 3D models

In collaboration with our partners, our passion is to identify the challenges within our clinical community while offering solutions that provide a positive impact for the physicians and patients.

FIT 3D is a division of the IPMAGNA company dedicated to the development of Personalized Surgical Solutions. Through the use of 3D technology, we provide a customized alternative for the surgical treatment of complex pathologies.

We are Surgalign, a global medical technology company committed to the promise of digital health. We are investing to be a leader in developing and harnessing the incredible possibilities of digital surgery to redefine the very idea of “personalized medicine.”

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.

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.

3DiFiC srl is an engineering company specializing in the knowledge and use of 3D printing and digital design. The company is able to operate in every field of production but the relationships it has built over time have led it to know in depth the field of the production of custom-made medical devices.

Fusetec is revolutionising medical training using advanced additive manufacturing of human body parts for use as teaching aids during surgical training. Body parts complete with realistic, anatomically accurate bone, skin and muscle.

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.

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.

3D printing is revolutionizing healthcare and axial3D is at the forefront of this innovation with a vision to make 3D printing a part of mainstream medical practice. We create precise, patient-specific 3D printed models generated directly from patient CT and MRI scan data. 3D printed models facilitate a better understanding of abnormalities, encourage novel surgical techniques and improve the surgical outcome for patients. Providing a unique Online Ordering Portal to securely upload scans in minutes, our expert team use the latest 3D printing technology to create precise physical 3D printed models of your patient’s anatomy and deliver directly to the consultant.

Welcome to Lazarus 3D. We are bringing cutting edge 3D printing technology to the Texas Medical Center and beyond. From overnight models of human tissue to unique pieces of scientific equipment, we work to empower scientists, clinicians and legal teams with cutting edge 3D printing capabilities. Are you looking for a 3D printing solution to your problem? Contact us for a quote!