Description
Raise3D DF2 Printer Raise3D DF2, a DLP printer for producing low-volume high-resolution, smooth, and repeatable parts, thanks to its precise and reliable Z-Axis lifting system, efficient material management, heated chamber, high quality optical system, advanced Anti-Aliasing technology and Air-Peel technology for fast and easy layer detachment. High-precision Printing Reproduces Every Tiny Detail From intricate model designs to complex engineering prototypes, Raise3D DF2 printer adopts top performing optical components, so that every detail is captured with the utmost accuracy. XY Resolution: 2560 x 1440 Smart Build Platform with RFID RFID automatically stores and reads the relevant parameters of an entire workflow for printing, washing and curing, and is easy to mount and unmount, reducing the need for tedious manual operations. 10.25-inch Raise Touch The Raise3D DF2 printer is equipped with a high-performance touch screen for a better user experience: Magic Layout – allows for the easy adjustment of the print layout and duplicate prints. Automatic Pre-print Inspection – verifies all working conditions, including resin type, build platform installation, feeding station installation, resin margin, etc. Consistently Printing Every Time Z-axis with High Load Capacity: Maximum load capacity of 200 kg for Z-axis. Features no staggered layers and high movement accuracy, ensuring the stability of printing large parts and extended use. Air-Peel Technology: Air peel design between the resin vat bottom and the highly clear glass reduces the force from 50 kilograms to 10 kilograms, effectively peeling each layer and ensuring successful printing. Co-branding Resins with Third-party Resin Manufacturers Raise3D has partnered with third-party resin manufacturers such as BASF and Henkel to develop co-branded resins, including LOCTITE 3D IND405™, and LOCTITE 3D PRO476™, Ultracur3D® RG 3280, and Ultracur3D® RG 1100 B. This collaborative effort makes these resins an ideal choice for applications ranging from prototyping to intricate engineering projects.
