The FlashForge Hunter is a DLP (Digital Light Processing) 3D Printer, which allow user to to a print a 3D model in highly-detail. Photopolymer resin is adopted as a printing material for Hunter DLP 3D printer. As it can 3D print a whole layer of 3D model at one time, the printing time is generally consumed less than that of the SLA 3D printer.
Compatible to of third party resin
Flashforge Hunter DLP 3D Printer is compatible to 3rd party 3D printing resins, so users can have more flexibility to try different type of resin such as castable resin, tough resin, biocompatible resin etc. Therefore, Hunter DLP 3D Printer especially useful for making tough highly detailed engineering prototype, castable ring model, or even making medical model.
Self-developed light engine
Flashforge Hunter DLP 3D printer uses self-developed Full HD 1080p resolution light engine, which can ensure more stable LED intensity and better printing quality. Also, as Hunter DLP 3D printer adopts FlashForge's self-developed light engine, the light engine can adjust to particular wavelength (405nm LED) for 3D printing. This fine tune can best fit the printing process, which can lead to a better printing result.
Linear Motion Guide Actuator
industrial Z axis LM guide actuator module enables an accuracy of micron, achieving smoother printing surface.
Aluminium Resin Vat FEP Film
Easily remove resin vat for the change of material to ensure little material waste. Durable aluminium resin vat requires no maintenance. The long lasting FEP vat film can easily be replaced.
The build plate can be replaced quickly and there is no need for calibration. That means faster printing speed and easier to do post treatment.
Simple and intuitive user interface that is super easy to use.
Advanced Mainboard Design
Advanced architecture mainboard and self-developed proprietary light engine work together perfectly. Dual-core 800 MHz ARM processor ensures high-performance and better user experience. The mainboard is designed and made in 10-layer high precision board, safeguarding EMC, the integrity and the stability of the projection signal.