Interventional radiologists use 3-D printers to develop personalized medical devices that can deliver antibiotics and chemotherapy in targeted manner
Interventional radiologists use 3-D printers to develop personalized medical devices that can deliver antibiotics and chemotherapy in targeted manner
Rainbow Coral Corp. (OTCBB:RBCC) and Nano3D Biosciences (n3D) are lining up new 3D bioprinting opportunities and potential partnerships following a highly successful product exhibition last month at Biotech Showcase 2015 in San Francisco.
Albensi Laboratories, a dental laboratory located near Pittsburgh, Pennsylvania, has long recognized the value of advanced technologies. The company was quick to explore the potential for producing dental parts straight from CAD design imagery. Among the benefits: access to new, almost defect-free, industrially prefabricated and controlled materials; higher quality and reproducibility; data storage suitable for a standardized chain of production; improved precision and planning; and greater efficiency.
Akaishi (Shizuoka, Japan) has a very simple philosophy: Strive for 100 percent confidence in product functionality. This assures customer satisfaction and long-term success for the company's lines of correctional footwear, massaging footwear and facial massage devices.
SOLS custom orthotics now available to more than 43,000 rehabilitation professionals through WebPT Marketplace
Unveils FastForward Bunion Correction System
Visitors to IDS will be able to discover Roland DG's popular end-to-end open digital milling solutions across 15 partner and dealer booths at the show, alongside Roland's own flagship stand in Hall 3.1 - stand L030 and M039. This presence at the show is reflective of the increasing demand for Roland DG's user-friendly and reliable digital technology, with over 2,800* units now sold worldwide.
Acist (Advanced Contrast Imaging System Technology) is a medical-device company that specializes in developing contrast injection systems in the fields of cardiology and radiology. Acist's devices infuse dye into the vascular system, letting physicians visualize anatomies.
ASO International, a leading Japanese orthodontic laboratory, has enjoyed steady growth since its founding in 1982. Beginning as a one-man dental laboratory in downtown Tokyo, the company now has 46 business bases serving nearly 70 percent of the Japanese orthodontic market. But approximately 10 percent of the company's business comes from serving orthodontists in overseas markets, a number that Toshimasa Aso, CEO of ASO International, plans to increase with the help of 3D printing technology from Stratasys.
Located in Ann Arbor, Michigan, APEX Dental Milling Center was one of the early adopters of CAD/CAM technology for producing dental parts straight from CAD design imagery. The company switched from outsourcing production with CNC contract machining shops to in-house 3D printing. With digital dentistry, APEX Dental Milling Center can offer lower prices and faster delivery times while maintaining its high quality standards.
Results are showcased at 51st Annual Meeting of The Society of Thoracic Surgeons
Stratasys Asia Pacific, a subsidiary of Stratasys Ltd. (NASDAQ: SSYS), a global leader of 3D printing and additive manufacturing solutions, today announced the appointment of Dental Axess to strengthen the local presence inAustralia and New Zealand, targeted at addressing the growing demand for digital dentistry and better serving the needs of orthodontics and dental clinics in the region. Objet Eden260VS Dental Advantage was also introduced, which is designed to allow faster and cost-effective production of dental parts with delicate features and fine details.
Roadrunnerfoot Engineering s.r.l., founded by Daniele Bonacini (Paralympic athlete of Athens 2004, mechanical engineer and PHD), founded in 2007 in Milan-Italy with a mission to develop new aids for disabled people with high technology and high performance. Roadrunnerfoot designs according to the "ROADRUNNERFOOT DESIGN METHOD": we realize prototypes of new solutions with 3D printing, we simulate disabled peoples' walking with new products with Gait analysis LAB and manufacture with aeronautical process and with innovative materials (carbon fiber textile, titanium alloys, plastic materials).