Robo3D Robo R2

High-performance 3D printer with Wi-Fi

With the Robo R2 high-performance 3D printer with Wi-Fi, you can tackle large projects and do more than you can imagine with the Robo app on your mobile device.

The Robo R2 is designed for professional use and has a 203 x 203 x 254 mm space, a built-in 5-inch colour touchscreen, an onboard camera, onboard slicing, automatic calibration and much more.

With the Robo R2 you can print more than 30 different materials and also add an extra extrusion head (optional).

5" Colour LCD touchscreen

Built-in 5-inch colour LCD touchscreen, you can easily launch projects and adjust the print settings.

Flexible connectivity

Connect Robo R2 to your Wi-Fi or Ethernet. If no internet connection is available, connect to Robo R2's personal hotspot.

Compatible with every device

Easily print from your Chromebook, iPad or other mobile devices.

Large space

Enjoy a size of 203 x 203 x 254 mm - perfect for large projects.

Automatic calibration

Spend more time without having to manually adjust the print bed. The print bed is also removable.

Heated building board

Improves the quality of each print and prevents distortion in the component - and it comes
installed with a Buildtak film for easier printing removal.

Variety of materials

Print with more than 30 types of materials and filaments, and get flexibility for all your projects.

Onboard camera

Capture and monitor every print in real time and watch the progress live on your mobile device.

Onboard slicing

Save time by slicing your files directly from the Robo R2's LCD touchscreen.

Filament run-out sensor

Automatically pauses 3D printing and notifies you when there is no more filament left. This saves you time and money.

Second extruder (optional)

Expand the second extruder to print two different materials or colours at the same time (sold separately).

Safety aspects

The access control security feature lets you control who can access Robo R2 remotely. The Robo R2 is equipped with a door that prevents touching hot surfaces.