HC1009 (Model 222) Frame-Type Concrete 3D Printer

The HC1009 Framed Concrete 3D Printer (Model 222) is an advanced intelligent construction equipment designed for precise printing of controllable and reproducible building components, suitable for cement mortar, concrete, geopolymers, and other cement-based composite materials. This device integrates multidisciplinary technologies such as information technology, precision machinery, and materials science, consisting of the printer's main frame, control system, LCD display, and control software. It is well-designed, finely crafted, fully functional, and easy to operate.

Technical Features   

Printable cementitious composite materials, including cement mortar, concrete, and geopolymers.

The equipment supports operations such as resume printing after a break and pause printing.

X, Y, Z axis limit alarm and holding brake function for equipment safety protection

The aircraft frame is crafted from superior materials, ensuring strong stability and a safe, reliable printing process.

High-stiffness linear motion module with low friction coefficient, high transmission efficiency, high load-bearing capacity, and good safety performance.

The servo motor utilizes high-torque synchronous belt transmission, ensuring stable and accurate transmission.

Conveyor System: HC1009-SS, featuring stepless speed control.

The system control software boasts fast response times, a simple interface, and easy operation.

Self-developed 3D model slicing and printing path planning software, supporting various regional filling schemes (concentric circles, zigzag loops, straight lines, grid patterns) and more; compatible with multi-model, layered grouping slicing for diverse printing scenarios; features printing path optimization (path thinning, thickening, uniform spacing).

Application Fields

3D printed custom components, architectural models, landscape decorations, etc.

      Technical Specifications

        Application Cases