Raise3D E2 3D Printer
The E2 is a professional desktop 3D printer equipped with independent dual extruders (IDEX), enabling advanced functions like Mirror Mode and Duplication Mode. Its Easy Swap Print Heads simplify maintenance and routine tasks, while features like Auto Bed Leveling and the BuildTak FlexPlate ensure ease of use and high-quality prints. Compatible with a wide range of filaments, including flexible materials like TPU, the E2’s unique extruder design enhances reliability and performance. It seamlessly integrates with Raise3D’s ideaMaker slicing software, ideaMaker Library for file sharing, and RaiseCloud for efficient 3D printing management.
What is a Desktop 3D Printer?
Desktop 3D printers are compact machines with a smaller build volume, designed to produce high-quality, smaller 3D-printed parts. Their size is ideal for fitting conveniently on a desk alongside a computer, making them perfect for workspace integration.
What Are Desktop 3D Printers Used For?
Desktop 3D printers are ideal for small-batch manufacturing, engineering, and educational applications. Their smaller build volume makes them perfect for projects requiring compact 3D-printed parts, especially when long-term size constraints are a key consideration.
What is IDEX?
IDEX, or Independent Dual Extruders, allows the extruders to operate separately along the same axis, enabling advanced printing functions.
The E2 features IDEX technology, where one extruder can remain stationary while the other prints. This design reduces the risk of interference from the idle extruder, ensuring smooth and precise results during both dual and single extrusion printing.
Mirror Mode and Duplication Mode
IDEX technology enables two specialised functions: Mirror Mode and Duplication Mode.
- Mirror Mode prints a model and its inverse simultaneously, eliminating the need for a separate design file for the inverse and saving time by printing both versions at once.
- Duplication Mode uses both extruders to print an exact copy of a model simultaneously, effectively doubling production capacity within the same timeframe.
