Raise3D 3D Printers
Large Format, Industrial 3D Printing for Flexible Manufacturing
Prints complex mechanical parts, supports a variety of multi-material filaments and improves print speed.
Raise3D Pro 2 - Electronic Driven Dual Extrusion with Retracting Hot Ends
Prints complex mechanical parts, supports a variety of multi-material filaments and improves print speed.
High repeatability (<0.005 mm, 5 micron)
Lightning speed (< 1 second switching time)
1.5 mm lifting distance
Compatible with flexible filaments
High reliability (tested > 100,000 times)
Raise3D E2 - IDEX (Independent Dual Extrusion)
Mirror Mode:
Produce 3D models and their inverse simultaneously, increasing productivity and reducing print time.
Duplication Mode:
Use both extruders in synchronized printing, doubling production capabilities.
IDEAMAKER - Industry Leading 3D Printing Software
With ideaMaker Texture, users can easily create different iterations of the same STL model by applying different patterns to the selected model’s surface. It works by creating a concave or convex surface on the designated model according to the values of an image’s greyscale.
Learn More
Raise3D Pro 2 - Electronic Driven Dual Extrusion with Retracting Hot Ends
Prints complex mechanical parts, supports a variety of multi-material filaments and improves print speed.
High repeatability: <0.005 mm, 5 micron
Lightning speed: < 1 second switching time
1.5 mm lifting distance
Compatible with flexible filaments
High reliability: tested > 100,000 times
Raise3D E2 - IDEX (Independent Dual Extrusion)
Mirror Mode:
Produce 3D models and their inverse simultaneously, increasing productivity and reducing print time.
Duplication Mode:
Use both extruders in synchronized printing, doubling production capabilities.
IDEAMAKER - Industry Leading 3D Printing Software
With ideaMaker Texture, users can easily create different iterations of the same STL model by applying different patterns to the selected model’s surface. It works by creating a concave or convex surface on the designated model according to the values of an image’s greyscale.
Learn More