High Speed Resin 3D Printer
The Anycubic Photon Ultra is an innovative consumer DLP 3D Printer. Anycubic and Texas Instruments collaborated to provide Digital Light Processing (DLP) technology to the desktop 3D Printer market. Anycubic Photon Ultra, being one of the most accurate consumer 3D Printers in the world, has High-resolution Printing effect, Long-term durability, and Energy-saving, to deliver you the greatest 3D Printing experience at an accessible price.
DLP technology, as compared to LCD, can eliminate distortion and light leakage in light source processing, resulting in more accurate output.
Because of its low power, Photon Ultra generates less heat, and heat may be dispersed directly through the radiator, removing the need for cooling fans and producing substantially less noise.
Anycubic Photon Ultra DLP adopts an industry-leading screen with a 400:1 contrast ratio, which is 100% higher than that of Anycubic Photon, Photon Mono, and its competitors' 200:1. This gives your 3D models incredibly sharp and clear edges and corners.
We designed the Printing bed with an etched checker pattern to promote adherence while yet making Prints easy to remove.
Self-developed slicing software that is free to use, saving you cost.
The Anycubic Photon workshop includes a power adapter that has been multi-party safety certified, allowing you to Print with greater confidence.
The light source technology of the Anycubic Photon Ultra does not need to be replaced as frequently as an LCD 3D Printer and has a life expectancy of over 20,000 hours, which is ten times greater than the 2,000 hours for LCD monochrome panels. Maintenance expenses have been significantly reduced.
Because of their low power usage, Anycubic DLP Printers produce less heat. Heat is dissipated by a radiator rather than a cooling fan, and less noise is produced when the Printer is in use, resulting in a whisper-quiet Printing environment for users.
Anycubic Photon Ultra
2.8 inch Touch Screen
DLP Optical projector
Anycubic Photon workshop
DLP(Digital Light Processing)
1.5S/ Layer Max 60mm/h