POLYGON MACHINE

3D CONCRETE PRINTER PLANTS

Polygonmachine 3D Concrete Printer Plants represent a new generation of automated construction systems that combine precision batching, intelligent material mixing, and robotic extrusion technology.
These plants are purpose-built for 3D concrete printing, enabling architects, contractors, and research institutions to produce complex geometries, sustainable housing elements, and advanced infrastructure components with high accuracy and repeatability.

Why choose Polygon Machine?

Polygon Machine delivers certified quality (TSE & ISO 9001), global expertise, and durable solutions from 30 m³/h to 240+ m³/h. Polygonmachine is a trusted partner in both compact and large-scale projects.

What batching plant types are available?

Stationary, mobile, and compact plants—plus cement silos, feeders, and dosing units. Every system is customizable to match your space, capacity, and automation needs.

How is long-term support handled?

Polygon Machine ensures fast setup, training, and after-sales service, minimizing downtime. All plants include modern automation and safety features for easy, efficient use.

Technical Specifications

ParameterSpecification
Production Capacity15–60 m³/h
Mixer TypePPX 1000 Planetary Mixer
Mixer Volume1000 liters (1.0 m³ per batch)
Motor Power37 kW
Aggregate Weighing3000 kg
Water Weighing300 liters
Cement Weighing500 kg
Additive Weighing300 liters
Accuracy±1% per batch
Control SystemPolySmart™ PLC + HMI Touchscreen
Printing Feed SystemScrew or Pump-Based Continuous Extrusion

System Components

1. High-Precision Mixing Unit
At the heart of the 3D printer plant is the Polygonmachine PPX Planetary Mixer, delivering ultra-homogeneous concrete mixes with carefully controlled viscosity and fiber dispersion.
This ensures smooth, layer-by-layer extrusion and perfect interlayer bonding for structural integrity.

2. Material Dosing and Feeding System
Automated cement, sand, water, and additive dosing units ensure consistent mix proportions.
A variable-speed pump or auger feeder supplies the printing head continuously without pulsation or delay.

3. Robotic Printing Gantry or Arm System
Depending on project requirements, Polygonmachine offers multi-axis gantry-type printers for large structures and robotic-arm systems for laboratory or modular 3D printing.
Both systems use precision servo control and path optimization for exact geometry realization.

4. Real-Time Monitoring & Control
All process parameters—including flow rate, pressure, temperature, and moisture—are monitored and adjusted automatically via the PolySmart™ Automation Interface.
The system can import 3D models directly from CAD/CAM software.

5. Additive Management and Fiber Integration
Optional fiber dosing and chemical admixture systems allow customization of mechanical and rheological properties for specialized applications such as high-strength or lightweight printed structures.

Performance

  • Printing Accuracy: ±0.5 mm

  • Mixing Homogeneity: >98%

  • Layer Height Range: 10–40 mm adjustable

  • Continuous Operation Time: Up to 8 hours

  • Setup Time: <3 hours

  • Power Requirement: 380–400 V, 3-phase

Applications

  • 3D Housing Construction: Walls, beams, and architectural panels.

  • Infrastructure Components: Retaining walls, culverts, and street furniture.

  • Research & Development: University or laboratory-scale 3D concrete studies.

  • Custom Architectural Fabrication: Facades and aesthetic elements with parametric design.

  • Precast and Modular Construction: Integration with Polygonmachine batching systems.

Advantages

  • Fully integrated mixing-to-printing automation

  • High precision with consistent rheology control

  • Environmentally sustainable, low-waste operation

  • Modular plant design for easy transport and setup

  • Compatible with eco-friendly cements and recycled aggregates

  • Seamless connectivity with Polygonmachine batching and dosing units

Polygon Machine monoblock welded cement silo being carefully loaded into a transport truck using an overhead crane during assembly.
Monoblock welded cement silo with conical base and integrated ladder, designed for efficient cement storage.