

价 格Negotiable
最小起订0 Piece库存0 Piece
HC1018 (Type I) Concrete 3D Print
Negotiable
HC1018 (Type II) Concrete 3D Prin
Negotiable
CIIC 3D Printing Simulation Softw
Negotiable
HC1018 (Type III) Concrete 3D Pri
Negotiable
HC1009 (Model 222) Frame-Type Con
Negotiable
HC1009 (Protective Model) Frame-T
Negotiable
HC1007 (Upgraded Model) Desktop C
Negotiable
HC1018 (Type V) Concrete 3D Print
Negotiable
HC1019 Portable Concrete 3D Print
Negotiable
HC1008 Desktop Concrete 3D Printe
Negotiable
The HC1018 Concrete 3D Printing Robot is an advanced intelligent construction equipment capable of 3D printing beams, columns, slabs, walls, and other building components. It can also be used for the precise printing of building components, garden landscapes, and architectural landscape elements. This device integrates multi-disciplinary technologies such as information technology, precision machinery, and materials science, consisting of the main printer, conveyor system, printing nozzle, guide rail, software, material cylinder, and nozzle, offering a reasonable design, comprehensive performance, and practical convenience.
Technical Features
Supports print pause and printing from a certain height operations.
Equipped with an independent mixing and conveying system for easy maintenance.
The robotic arm features a vertical multi-joint design with independent 6 degrees of freedom.
The independent model slicing software boasts fast response, a simple interface, easy operation, and offline functionality.
Fully enclosed mobile track structure with stable structure, smooth operation, low friction coefficient, dust-proof and maintenance-free.
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 area filling schemes (concentric circles, zigzag loops, straight lines, grid patterns) and more; compatible with multi-model, layered grouping slicing for diverse printing scenarios; features optimized printing paths (thinning, thickening, even distribution), resulting in high-quality finished prints.
Application Fields
Printability tests for cementitious composites such as cement mortar and geopolymers.
3D printed small irregular components, construction molds, landscape decorations, etc.
Technical Specifications

Application Cases



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