Printers

Raise3D Expands its Range with Three Machines Designed for a More Flexible Production

This past summer Raise3D, a leading actor in FFF additive manufacturing, unveiled its new range of professional machines, the Pro3 Series as well as the E2CF 3D printer designed for the production of carbon fiber parts. And to ensure the…

Raise3D Expands its Range with Three Machines Designed for a More Flexible Production
3Dnatives

This past summer Raise3D, a leading actor in FFF additive manufacturing, unveiled its new range of professional machines, the Pro3 Series as well as the E2CF 3D printer designed for the production of carbon fiber parts. And to ensure the launch of its new products, the manufacturer is counting on its historical European partner OKM3D, which is already taking pre-orders for the three new FFF solutions through its network of specialized resellers in Europe. But what are the characteristics of these three new 3D printers and what can we expect from them?

In 2018, when Raise3D launched its famous Pro2 range, it set out to improve market standards by offering faster and larger machines. Since then, users’ expectations have changed, now focused on more flexible solutions, offering better repeatability and productivity. It is with this in mind that the manufacturer is returning with a plan to implement more agile manufacturing.

The Pro3 Series (photo credits: Raise3D)

Pro3 Series, a range for small series production

Like its Pro2 line, the Pro3 Series includes two dual extrusion FFF printers: the Pro3, which has a print volume of 300x300x300 mm, and the Pro3 Plus, with a more generous volume of 300x300x605 mm. Their features have been redesigned to provide a better user experience and more repeatability in part production while maintaining exceptional quality. For example, they integrate a modular extruder with two nozzles that can be changed very quickly (interchangeable heads), automatic calibration, a flexible printing plate for easier detachment of oars, as well as an Air Flow Manager for better heat dissipation and air circulation, etc.