Company To Showcase Full Gamut of Automation Capabilities for Production, Tooling, And Prototyping
Massivit 3D Printing Technologies (TASE: MSVT), a leading provider of industrial 3D printers, will present the company’s most advanced large-scale 3D printer at the upcoming International Manufacturing Technology Show taking place between September 9th-14th in Chicago, Illinois.
The Massivit 10000-G will be printing live throughout the duration of the event at Massivit’s Booth 432425, revealing the latest high-speed automation capabilities for custom manufacturing and industrial tooling. Also on show will be large printed parts and molds designed for the automotive, marine, consumer goods, and sporting goods industries.
Following the recent launch of the Massivit 3000 large-scale 3D printer, designed to offer affordable high speed production for a range of industries, as well as the company’s new strategic collaboration with global chemicals producer, Sika Deutschland GmbH, Massivit plans to unveil the benefits of its full portfolio of printers and materials. In particular, visitors will have the chance to see newly released casting resins, co-developed by Sika and Massivit, that bring to market automated tooling combined with globally trusted manufacturing materials. These high-performance materials serve a variety of applications ranging from room temperature to extremely high temperatures.
“We’re excited to present our pioneering additive manufacturing technology for the first time at this prestigious biannual event” says Avi Cohen, Massivit’s Global VP of Sales and Marketing. “With the recent expansion of our printers as well as new, advanced materials co-developed with Sika, we’re able to provide manufacturers with the ultimate combination of digital automation and high-grade materials. There’s no doubt that IMTS is the perfect platform at which to showcase Massivit’s latest innovations.”
The Massivit 10000 series is designed to automate and expedite industrial tooling. Its Cast In Motion technology speeds up mold production by 80%, replacing traditionally slow and costly methods. The technology is used for a range of processes such as composite materials tooling, Reaction Injection Molding (RIM), and Thermoforming.
Visitors at IMTS will have the opportunity to experience direct printing of complex molds, mandrels, master tools, jigs, and fixtures. Cast In Motion technology, unlike other additive technologies, enables creation of true isotropic molds and eradicates material waste associated with conventional tooling.
