The Creality3D LD-002r is a low cost MLA (Masked Stereolithography) 3D printer. The device systematically hardens an synthetic resin layer by layer via a display and a light source. A pressure object is created in this way via a mechanical Z axis.Resin 3D printers produce high-quality print objects. The surface quality exceeds this of a comparable FDM 3D printer by many times. The components become smoother and more uniform. In addition, resin-printed components are approximately isotropic. This means that the load capacity of a printed component is the same in all axes.High quality light source of the LD-002rIn the MSLA printing process, a UV lamp is located below an LCD display. The display is controlled and thus allows the light of the UV lamp to pass through to the VAT resin tank. This creates a 3D print object step by step. The resolution of the display also determines the resolution that the finished print object will have. The finest theoretical detail is a pixel. The LD-002r has a high resolution display with a resolution of 2560 x 1600 pixels, which corresponds to a pixel size of 26.1 micron. Was built in the first two-way. The precision of the instrument is between 0.02 and 0.05 mm.The LD-002r uses a wavelength of 405nm. The arrangement of the UV LEDs produces an even exposure, which ensures an ideal print result at all points of the print range. In addition, the software provides with a form of anti-aliasing edge smoothing for softer, round edges without the usual step formation.Benefits of the Creality3D LD-002rIn addition to the above, the LD-002r also offers some further improvements. The manufacturer refers to the following:2K high resolution display0.02 - 0.05 mm precision4x / 8x anti-aliasing for improved edge smoothing and resulting higher print quality5.5 inch LCD print screenHigh print speed 50 - 70 mm per hourAir filtration of the exhaust airRenewed Z-axis provides for a better mechanicsFast manual leveling process of the printing platformRenewed resin VAT designThis text is machine translated.... More
