The future of jewellery design and production is here! 3D printing allows jewellery designers to innovate at a fraction of the cost of traditional prototyping methods. Resin based printers using DLP or laser technologies use stereolithography to create high resolution, castable samples right on your desktop. This enables designers to bypass the cost and extra time required for print bureaus and gives greater ability to control the design process. Our selection of 3D printers and resins have been carefully selected and tested to ensure we offer only the best desktop 3D printers for the jewellery market available.
The DWS XFAB is an affordable high-precision SLA printer utilising industrial technology. It is perfect for a wide range of applications thanks to a full set of specially developed resins.
New from B9Creations, the Core Series combines high resolution, ease of use and affordability to create the ultimate 3D printing solution. The Core 530 is the high resolution model of the range, with a 30 micron XY resolution and bed size of 57.6 x 32.4 mm. Ideal for jewellery making and high precision models.
New from B9Creations, the Core Series combines high resolution, ease of use and speed to create the ultimate 3D printing solution. The Core 550 offers the larger build voume in the range, with a 50 micron XY resolution and bed size of 96 x 54 mm. Ideal for multi-part manufacturing.
The Miicraft+ is a SLA-based DLP pico 3D printer designed for professionals and industrials. Very easy to use, the Miicraft+ has also one of the best printing quality of the market. Furthermore it comes with a curing department which allow you to operate a complete 3D printing process: printing and post-curing at once. iMakr offers a 1 year warranty on...
The B9 Model Cure is a compact, high-intensity UV post-curing solution for resin models in applications such jewelry, prototyping or model making.Find in this curing unit a way to simplify your day-to-day workflow due to its effective design and its proposal of precise, reliable, and easy-to-use solution.