The HC1007 Desktop Concrete 3D Printer is an advanced intelligent construction equipment, designed for 3D printing performance research on cementitious composites such as ordinary silicate cement, sulfate aluminate cement, and geological polymers, as well as for small-scale 3D printing of components. This equipment integrates technologies from various fields such as information technology and materials science, consisting of the printer body and control system. It is designed rationally, easy to use, simple to operate, and features comprehensive performance.

Technical Features

 Device supports operations such as resuming from a breakpoint and pausing printing.

The control software is integrated into the control system and can be operated via a liquid crystal touch screen, without the need for an external computer.

X, Y, Z-axis limiting function, protecting equipment safety

The system's main structure is equipped with high-precision linear modules, featuring low friction and excellent durability.

Print software with fast response time and simple operation.

Various sizes of print nozzles, flexible replacement

The hopper design is rational, ensuring uniform discharge.

Equipped with a removable printing platform, finished prints can be freely moved, enhancing printing efficiency.

Application Fields

Cement-based composite material printability tests (extrudability, constructability, fluidity, coagulation, etc.)

Cement-based Composite Material 3D Printing Teaching Demonstration

      Technical Specifications

        Application Cases