The HC1009 Frame-Type Concrete 3D Printer (Standard Model) is an advanced intelligent construction equipment designed for precise printing of controllable and reproducible building components, suitable for cement mortar, concrete, geopolymer, and other cement-based composite materials. This equipment integrates multidisciplinary technologies such as information technology, precision machinery, and materials science, comprising the main printer frame, control system, mixing and conveying system, LCD display, and control software. It is well-designed, finely crafted, fully functional, and easy to operate.
Technical Features
Printable cementitious composites including cement mortar, concrete, geo-polymers, etc.
The equipment supports operations such as resume printing from a breakpoint and printing pause.
Three-axis limit alarm and brake hold function, for equipment safety protection.
The aircraft frame is crafted from high-quality materials, ensuring strong stability and reliable printing processes.
High-stiffness linear motion module with low friction coefficient, high transmission efficiency, high load-bearing capacity, and excellent equipment performance.
The servo motor utilizes high-torque synchronous belt drive, 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 print path planning software, supporting various area filling schemes (concentric circles, zigzag loops, straight lines, grids), etc.; supports DXF file polygon and line path planning for printing; supports multi-model, layered grouping slicing, suitable for different printing scenarios; features print path optimization (path thinning, densifying, uniform spacing), resulting in excellent print quality.
Application Fields
3D printed beams, columns, panels, walls, and other construction components
3D printed custom molds, architectural models, garden landscapes, etc.
Technical Specifications
Application Cases
