3D printing has become increasingly popular in the Medical industry over the last few years and this is evident in the fields of teaching, planning and practicing medicine. In this blog article, we uncover the possibilities in each one of these fields to utilize Stratasys 3D printers, such as the new J750 Digital Anatomy Printer (DAP) that is capable of replicating the look, feel and responsiveness of human tissue.
November 5, 2019
October 15, 2019
Stratasys announces the newest member to their J-series of PolyJet 3D printers: the Stratasys J750 Digital Anatomy Printer (DAP). This latest addition combines the outstanding realism of the popular J750 with anatomical simulation that is so life-like it can replace actual cadaver parts for practice and study. With hundreds of anatomical presets to choose from, this advancement allows you to practice procedures at 70% of the cost of cadavers and other medical models. The J750 DAP is the only printer today able to produce full-color, multi-material, textured models in a single print on a production scale.
August 15, 2019
Stratasys PolyJet 3D printers and specialty dental materials create multi-color dental models with unmatched accuracy that can mimic gum textures and print complex geometries. These multi-material models enable a variety of applications including orthodontic models, implantology case planning and cast partial frames. This additive manufacturing technology can empower you with more cost-effective interventions, enhanced efficiency, fewer risks and optimized patient outcomes.
September 11, 2018
3D printing has come a long way from where it started. It has made so many advances that it can even help save people's lives. Currently, Stratasys offers (3) different materials that have either been tested by the raw material manufacturer, or by Stratasys, and have some level of compliance.
To wrap up our three-part blog series focused on applications of 3D printing in the medical industry, we'll discuss the use of 3D printers specifically in the hospital setting. While research on 3D printing in hospitals has been published as far back as 1998, the majority of publications date after 2014—this is a result of recent technological advancements and being more newly adopted into this medical sector. Keep reading to see how 3D printing is changing the game for hospital's surgical departments, clinical training and patient recovery programs.
While still evolving, 3D printing has largely impacted how R&D departments, research labs and product development teams approach medical device manufacturing. In Part 1 of our three-part blog series, we talk about how 3D printing helps customize prosthetics, orthotics and bionics. In Part 2, we outline how it's used in different stages of medical device development and is advancing biomedical engineering and the healthcare industry.
August 29, 2017
In the past decade, new additive technologies have emerged, empowering researchers and lending more accurate, costumizable solutions to the medical industry. In our blog, we outline how additive technologies enable tailor-made prosthetics, orthotics and bionics.
3D scanning is growing in popularity, becoming incorporated in every vertical from Engineering and Design, to Architecture and Science, to Sculpture reconstruction and Healthcare. This technology is nimble, showing off its speed for reverse engineering, data acquisition and communication. Many industries are benefiting from 3D scanning applications — particularly the Medical Industry.
Here is how 3D scanning can be used in the following medical sectors:
3D printing is thriving in the health and medical industries - and for good reason. The practicality of utilizing 3D printing to create realistic anatomical models is quickly being recognized. Watch our video to find out how clients at the National Institute of Health are using 3D printing to study the bonding behavior of protein molecules.
May 16, 2016
Interested in how additive manufacturing fits into the world of healthcare and medicine? You're in the right place. We have two great videos for you covering 3D printing in the medical industry. Watch below:
September 24, 2015
In our final Q&A session with ProNova Solutions, we look towards the future.
Jon Huber, Director of Engineering, talks about how their proton therapy system has been received, SOLIDWORKS' role in their operations and what's coming down the pike for ProNova.
September 15, 2015
ProNova Solutions' proton therapy system is redefining the future of cancer treatment. We sat down with Jon Huber,Director of Engineering, for ProNova, for an in-depth interview about this exciting technology.
In Part 1 of this three part Q&A, Huber explained how their SC360 device works for proton therapy. This week, he discusses how they use SOLIDWORKS Electrical to manage complex wiring for a large-scale, three-story structure.