Flashforge Hunter S DLP 3D Printer

Flashforge Hunter S 3D Printer adopts DLP（Digital Light Processing）3D Printing technology, which is different from the FFF 3D Printing technology. DLP 3D Printer uses high resolution projector and photosensitive resin printing materials. When projector projects layer of image of the 3D model onto the resin, the resin will react chemically and form a solid. As DLP light source is applied to the entire surface of the vat of photopolymer resin, Printing time by DLP is faster than SLA.

Flashforge Hunter S DLP 3D printer uses the self-developed Full HD 1080p resolution light engine, which can ensure more stable LED intensity and better printing quality. Also, as Flashforge Hunter S 3D Printer adopts FlashForge’s self-developed light engine, the light engine has been adjusted to a particular wavelength (405nm LED) for 3D printing. This fine tune can best fit the printing process, which can lead to a better printing result.

Upgraded build plate for easier use
The delicate mechanical locking device avoids leveling troubles. The frosted surface achieves the balance between firm adhesion and easy model removal. The perforated platform facilitates fluid drainage and ensures more stable printing.The arc-shaped back avoids solution accumulation and makes it easier to clean.

Increased print format for improved efficiency
The print format of Flashforge Hunter S is increased by 44%, meeting the needs of printing larger models, and opening up wider imagination space.

Expanded resin vat with convenient disassembly & installation
The volume of Flashforge Hunter S is almost doubled.The U-shaped metal frame makes it easy to pour the material.The adopted split design with light structure offers more convenient film change.

Intelligent algorithm for perfect design presentation
Based on multi-algorithm combination including light uniformity control, distortion correction and gray compensation, the image processing technology makes the printed model vivid and realistic.

Patented optical engine
50,000-hour life span, low heat generation; Optimized optical control system with stronger illumination stability and higher uniformity.