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ZCC1214JH Custom Concrete 3D Printer | SCARA Arm, Portable, Large-Size Printing

  • All-Metal Structure: Ensures the stability and durability of the concrete 3D printer. The belt-type track combines lightness, precision, and wear resistance, providing reliable performance for long-term use.
  • Intelligent Control System: Integrates LiDAR real-time detection and adaptive material discharge adjustment. It dynamically calibrates material output based on layer flatness/height deviations to ensure uniform material distribution, guaranteeing stable, efficient, and high-precision concrete printing.
  • Automated Matching: Automatic weighing of powder and liquid for material preparation ensures stable concrete printing quality. The closed-loop mixing with dust collection function and programmable formula management meet diverse printing needs.
  • Practicality & Application Fields: This concrete 3D printer is highly practical and widely applicable in fields like building component manufacturing and research and development. It can efficiently complete the printing tasks of soft materials such as concrete and geopolymers, promoting the development and innovation of related projects.
  • Safety Design: The machine body is equipped with a prominent red "Stop" button. In case of emergency, it can stop the concrete 3D printer immediately to ensure the safety of operators.
ZCC 1214JH
βœ… Factory Direct Price & Support
⏰ Working Hours: Mon-Fri (Beijing Time)
🚚 Worldwide Shipping Available
πŸ›‘οΈ 2-Year Official Machine Warranty

Custom Machine Order Process

Step 1: Submit your customization requirements via the official website customer service or email channel.

Step 2: After communication between both parties, we will provide a customization plan, quotation, and delivery timeline. Upon confirmation, an electronic contract will be signed and a deposit (usually 50% of the total amount) will be paid.

Step 3: Once production is completed according to the plan, machine performance testing will be conducted. After passing the test, the customer will pay the balance, and we will ship and deliver the machine within the agreed timeframe.

Printing display video

For more real application cases and customer projects, please visit our Case Study page.

Specifications & Technical Parameters


Printer Dimensions

Overall Dimensions: 1400mm (L) × 500mm (W) × 1500mm (H) – Space-efficient for large-format printing setups.

Printing Information

Build Volume: 1000mm (Arm Span) × 2000mm (L) × 1400mm (H)

Nozzle Diameter: 15mm / 20mm / 25mm – Interchangeable nozzles

Layer Thickness: 3.0–10.0mm (Adjustable)

Printing Speed: 0–100mm/s (Variable)

Material System

Compatible Materials: Concrete, geopolymers & soft-build materials

Material Feeding System: Pneumatic pump-driven system with PID-controlled automatic feeding

Structure & Motion System

Machine Structure: Single Cantilever (SCARA) architecture

Motion System: Belt-driven linear rails, lightweight & wear-resistant

Software

File Extension: STL, OBJ

Operating Systems: Windows / Mac OS / Linux

Slicing Software: Cura / S3D (Third-party supported)

Supply

Power Supply: AC 100–240V, 360W

Certifications: CNAS, CMA, CE & ROHS (Proof available)

FAQs

Its core goal is to achieve "automated and precise printing of large components," with prominent design potential in two aspects:

  • Size, efficiency, and portability: With a build range covering small to medium-sized building components and landscape sculptures, its SCARA cantilever structure balances flexibility and space efficiency. The printing speed helps reduce splicing procedures for large components, while its lightweight design enables easy transportation—overcoming the mobility challenges of traditional large equipment.
  • Automation upgrades: Pre-designed with LiDAR adaptive material extrusion, PID automatic feeding, and a closed dust-collecting batching system, it is expected to solve issues like frequent manual adjustments, material ratio errors, and dust pollution in traditional large-scale printing once developed. It is particularly suitable for materials sensitive to formula accuracy (such as geopolymers), paving the way for mass production of large high-performance components.

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