AccuFab D1s
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AccuFab-D1s Dental 3D Printer More Efficient, More Accurate

AccuFab-D1s – Your Upgraded Printer Based on years of experience in dental industry, the upgraded AccuFab-D1s offers users a more intuitive and user-friendly workflow with even faster print speed and better accuracy. With diverse resin material options, it can meet diverse demands in restorative, implant and orthodontic applications. This is the ideal printer solution for all dental customers wishing to enter into the era of digital production. FAST PRINT SPEED Featuring a large build volume of 144 x 81 x 160 mm and a fast print speed of up to 50mm/h, the AccuFab-D1s is able to print max. 4...

All-round Dental Printer AccuFab-D1s can be applied in a wide range of applications, such as dental working model, wax-up, surgical guide, gingiva, customized impression tray, indirect bonding tray, etc. Implant Model Surgical Guide Implant Try-on Gingiva Mask

Ortho Model Dental Model Indirect Bonding Tray Temp Customized Impression Tray

SHINING DENT Material Options AccuFab-D1s provides flexible options for printing materials. SHINING DENT resins are cost-effective choices for most dental applications, such as dental models, wax-ups, surgical guides, etc.. Meanwhile, users can also choose a third party certified resin for more various print scenarios. Easy Post-Processing with Fab Cure Fab Cure is recommended as the standard post-curing tool for AccuFab-D1s.* EASY OPERATION Put the parts in the box and rotate the knob to set the curing time. UNIFORM EXPOSURE A rotating turntable with 10r/min ensures uniform exposure during...

TECHNICAL SPECIFICATIONS Print Speed Print Accuracy Layer Thickness Material Option Turntable Diameter Maximum Part Height Operating Temperature Light Source * The print speed varies and is directly related to the different types of materials or layer thickness. ** Measured by a certain method under certain environment. ***Notice: SHINING 3D reserves the right to introduce modifications or alterations to any of the specifications and images used in this document.