Industry-leading virtual reality software advances the visualization of digital 3D models based on patient scan data
3DSystems and Philips Collaborate to Promote the Development of 3D Printed Medical Models
Illinois, Chicago, November 27, 2017 - 3D Systems (NYSE: DDD) has released a new D2PTM (DICOM to Print) technology at the RSNA® Annual Conference & Exposition in North America, Designed to help clinicians and radiologists quickly create accurate 3D digital anatomy models from medical imaging data.
At the same time, 3DSystems will demonstrate how to use its end-to-end additive manufacturing solutions to optimize design and revolutionize medical workflows during the RSNA show (No. 1717 booth) from November 26 to 30.
Industry's first volume virtual reality software
3D Systems announced the introduction of industry-leading Virtual Reality (VR) technology that allows doctors to upload patient scan data to D2P and instantly present medical data via virtual reality without requiring time-consuming data preprocessing and segmentation. This is similar to the results displayed on high-end imaging workstations, but compared to standard flat-screen displays, which are presented through virtual reality.
Visualization in virtual reality greatly enhances the three-dimensional understanding of structure and scale that can be used as part of routine inspections or for preoperative planning. This new technology is now part of the comprehensive 3D Systems D2P application.
Work with Philips to promote the development of 3D printing models
3D Systems announced that it has signed an agreement with Philips to accelerate medical progress in improving planning and patient outcomes. Philips seamlessly interfaces with 3D Systems to accelerate 3D printing processes and create physical 3D models faster, help doctors understand difficult-to-view patient anatomy, and provide personalized medicine for the most unique and complex cases.
At the RSNA Annual Conference, 3D Systems will showcase patient anatomical models made from three materials, each model using a different technology for printing, including structural models printed using biocompatible resin materials and SLA light-curing technology. . These models can be disinfected.
Evan Caffey, MD, chief of plastic surgery at Montefiore Medical Center, said: "In just over a decade, 3D printed patient anatomical models have become more common. From preoperative planning to use models as surgical guides. These tools make complex programs more streamlined and accurate.With the birth of D2P software, we now have advanced software and 3D printers, which will have a lot to do in the medical field.This is a new era of personalized medicine and surgery combined with 3D printing. Start."
3DSystems will collaborate with radiologists, surgeons, medical staff, medical device manufacturers and medical teaching staff to provide them with a series of precision medical solutions, including virtual reality simulators, 3D printed anatomical models, VSP® (virtual Surgical planning), patient-oriented surgical guides, instruments and implants.
Kevin McElla, executive vice president and general manager of 3DSystems Metals and Medical Solutions, mentioned: "3DSystems will continue to provide medical services that will help improve medical judgment and fluent work processes for the increasingly demanding healthcare industry. Innovative, adaptive tools for better results, and our innovative, precision medical and medical 3D printing solutions will provide medical personnel with methods and technologies to overcome current challenges and advance medical technology.
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