3D printers
High quality 3D printers
High-quality 3D printing solutions for demanding projects
Order Parts now!The perfect symbiosis of quality and quantity!
Complex geometries with ideal properties!
High-resolution components with a wide variety of materials!
High-performance components with sustainable production!
A wide range of materials and ultra-fast production!
Ideal for a wide range of dental indications!
The process from simple component to product!
Fully automate your production!
Fast processing and successful management!
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Scorpion Security Products is a US company that specializes in asset protection, particularly for phones, tablets, and wearables at storefronts, with the aim of reducing theft. They needed a solution which enables them to quickly iterate and improve their designs in streamlining their processes. A change to an in-house production was also a long time goal of the company. Until they switched to 3D printing with the Raise3D E2 and Pro3 they outsourced their prototyping completely, which was not only costly but also very time consuming.
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An Italian Team consisting of Angelo Di Gioia at the helm of the design and Giovanni Di Franco at the fluid simulation wanted to engineer a fully functional motorcycle braking system air cooling duct for a KTM Duke 890 R. They had to be able to produce complex and curved geometry quickly and repeatedly while still keeping very high quality. Therefore the team chose to use a Raise3D printer. In their own words, “The Raise3D Pro3 3D printer is the ideal tool for small batch production of end-use parts.”
Fill up the form below and we will send you the use case by e-mail.
The Tokyo Institute of Technology is Japan's leading science and engineering university with a 140-year history. Hasegawa Laboratory was established in 2008 and create interaction technologies which include computer processing and human interface technologies which connect people and a computer. To ensure higher quality of their production and research, they needed complex and high-precision moving structural parts to improve the mechanical flexibility of one of their robots.
Fill up the form below and we will send you the use case by e-mail.
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