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CONCRETE

Concrete 3D Printing Research Systems

Pioneering the future of infrastructure through standardized mortar/concrete extrusion robotics.

Available Products

5 products in this category

LS-3DP730-1200 Large-Format Concrete 3D Printing Gantry
LS-3DP730-1200

Large-Format Concrete 3D Printing Gantry

Large-format gantry concrete and mortar 3D printer for full-scale extrusion research, buildability studies, and digital construction workflow development.

LS-3DP730-800 Compact Gantry Concrete 3D Printing System
LS-3DP730-800

Compact Gantry Concrete 3D Printing System

Compact gantry concrete 3D printer for repeatable mortar extrusion, early-stage mixture screening, and print-path validation in laboratory environments.

LS-3DP-GS Industrial Gantry Concrete 3D Printer
LS-3DP-GS

Industrial Gantry Concrete 3D Printer

Industrial-scale gantry concrete 3D printing platform for construction automation research, large specimen fabrication, and robotic deposition studies.

LS-3DP-ARM Robotic Arm Concrete 3D Printing System
LS-3DP-ARM

Robotic Arm Concrete 3D Printing System

Robotic arm concrete printing system for multi-axis cementitious extrusion, freeform deposition research, and advanced construction automation programs.

LS-3DP738 Concrete 3D Printing Research System
LS-3DP738

Concrete 3D Printing Research System

Gantry-based cementitious 3D printing research system for printable mortar and concrete extrusion studies. The platform supports path programming, pump coordination, nozzle selection, and repeatable layer-build experiments for digital construction laboratories.

Compliance & Standards

All products in the Concrete 3D Printing (Research) category comply with international testing standards including:

ASTM Standards

EN Standards

AASHTO Standards

BS Standards

ISO Standards

Frequently Asked Questions

This section includes LS-3DP730-1200, LS-3DP730-800, LS-3DP-GS, LS-3DP-ARM and related systems configured for the same workflow family. Laboratories usually compare these models by automation level, temperature or load control, reporting workflow, and target standard.

Standards vary by application, but laboratories usually evaluate this workflow by target method, sample format, and whether routine QC or research-grade capability is required.

Selection usually depends on required standards, automation level, sample throughput, data traceability, and whether the laboratory is focused on daily QC, third-party compliance testing, or advanced research and development.

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