AIUP-RC1-3100
Concrete Crawler 3d Printer
If you plan to introduce robotic equipment, please fill in the information, and we will contact you as soon as possible to provide a customized solution.
Which device do you need?
RC1-3100
Concrete Crawler 3D Printer
Applicable Materials Concrete
Dimensions (LxWxH]
3000 x2000 x3310 mm
Printing Area (LxWxH](Max)
4650 x 2000 x 3200mm
Working Voltage
AC 3x380-400V
RF1-3100
Concrete Fixed 3D Printing Robot
Applicable Materials Concrete
Dimensions (LxWxH]
1000 x1500 x2000 mm
Printing Area (LxWxH]
Max. 2.8 × Ø3 m
Working Voltage
AC 3x380-400V
RF1-2700
Polymer Fixed 3D Printing Robot
Applicable Materials Polymer
Dimensions (LxWxH]
3000 x3000 x2500 mm
Printing Area (LxWxH]
2000 x 2000 x 2000mm
Working Voltage
AC 3x380-400V
RT1-2700
Polymer Rail-Mounted 3D Printing Robot
Applicable Materials Polymer
Dimensions (LxWxH]
6000 x2000 x2500 mm
Printing Area (LxWxH](Max)
4650 x 2000 x 3200mm
Working Voltage
AC 3x380-400V
Satisfies large-span structural printing
Micron-level precision control
Flexible printing expands the boundaries of architectural design.
Precision exceeds industry standards
Positioning and repeatability accuracy up to +0.05mm, ensuring the formingprecision of complex components.
7-axis collaborative control
Applicable Fields
Accessories and Materials
Printing System
Base
Control cabinet
Printing platform
Parts & Components
mission and vision
Our goal is not to research technology, but to drive physical industries into the AI Productivity Era.
Through our AI-robot brain platform and robotic execution systems, we deliver intelligent production capabilities to physical industries — building AI+robotics ecosystems across digital construction, AI agent services, and beyond. Digital construction is the starting point. The AI Productivity Platform is the destination.