The HC1008 Desktop Concrete 3D Printer is an advanced intelligent construction equipment, used for the research of performance of cementitious composites such as cement mortar, concrete, and geopolymers. This equipment integrates technologies from multiple fields including information technology, precision mechanics, and materials science, consisting of the printer body, servo control system, conveying system, LCD display, and control software. It boasts reasonable design, fine craftsmanship, comprehensive performance, and simple operation.

Technical Features

3D model slicing and printing path planning software, supporting various area filling schemes (concentric circles, zigzag loops, straight lines, grids) etc.; supports DXF file polygon and line planning for printing paths; supports multi-model, layered grouping slicing, suitable for different printing scenarios; supports printing path optimization (path thinning, thickening, uniform spacing), high compatibility with printers, ensuring high printing accuracy and quality.

The equipment supports operations such as resume printing from a breakpoint and printing pause.

X, Y, Z-axis limit alarm and brake function for equipment protection~

The aircraft frame is made of high-strength steel and equipped with four hydraulic casters for easy movement.

The printing desk utilizes a roller conveyor system for easy and quick movement of finished prints, effectively reducing downtime waiting times.

The frame is equipped with linear guides as moving parts, featuring high rigidity, low friction coefficient, and high transmission efficiency.

Hopper and print nozzle are easy to disassemble and clean.

The drive is equipped with a servo motor and high-torque synchronous belt transmission, ensuring stable and accurate transmission.

The print software boasts fast response times, high stability, and reliable printing performance.

Independent conveying system, suitable for continuous printing operations, effectively reducing work intensity.

Application Fields

Printability tests of cementitious composite materials such as cement mortar, concrete, and geo-polymers (including extrudability, constructability, fluidity, and setting properties, etc.).

Research on mechanical properties of cementitious composite materials including cement mortar, concrete, and geo-polymers.

Research on printing path planning for cementitious composite materials such as cement mortar, concrete, and geo-polymers.

      Technical Specifications

        Application Cases

Software Copyright