Video Case Studies Quote

EnvisionTEC’s 3Dent 3SP dental model printer uses 3SP (Scan, Spin, and Selectively Photocure) technology to quickly 3D print highly accurate dental models. The 3Dent 3SP features a build speed of up to 10 mm/hour for the full build envelope, making it at least two times faster than any competitive product on the market today. A simple user interface with a built-in touch screen makes the 3Dent 3SP the perfect addition to any dental lab ready to transition into digital dental solutions.

Machine Properties

Build Envelope

266 x 175 x 76 mm (10.5 x 6.9 x 3 in.)

XY Resolution*

50 µm (0.002 in.)

Dynamic Resolution in Z (Material dependent)

50 – 100 µm (0.0020 x 0.0040 in.)

Data Handling



1 year

System Properties
  • Simple user interface with built-in touch screen
  • Very few moving parts and minimal consumable components guarantee a strong and reliable system
  • Lowest operating cost in its class
  • Low part cost due to minimal material waste
  • Office friendly plug and play operation with a built-in touch screen
  • Remote notification when job is complete
  • Footprint (L x W x H): 74 x 76 x 117 cm (29 x 30 x 46 in.)
  • Weight: 90 kg (198 lbs)


Materials Available

Models similar to ABS plastic with flexibility characteristics

Dental models for creating orthodontic appliances

Prototype and end-use model printing


Materials Available for the 3Dent Printer

EnvisionTEC’s E-Appliance 3SP 3D printing material is ideal for the 3D printing of orthodontic models. E-Appliance is a specially designed nano-filled resin that will work reliably with both polyvinyl alcohol based-separators and tin foil substitute for a “salt and pepper” technique of producing an orthodontic appliance.

EnvisionTEC’s E-Denstone 3SP Material was developed for model manufacturing. The peach color provides an attractive choice for modeling that is similar in look and feel to common die stones used in dental labs.

E-Model 3SP is a tough material, suitable for high quality prototypes of items in categories such as automotive and consumer goods as well as stable enough for production-quality end use parts. It is also ideal for dental model applications.