LS-3DP-ARM Robotic Arm Concrete 3D Printing System is a concrete 3D printing research system for laboratory and production workflows.
The LS-3DP-ARM extends concrete printing beyond Cartesian gantries, supporting curved toolpaths, inclined deposition, reach-based process studies, and integration with robotic construction cells.
Application & Search Guide
Concrete 3D Printing (Research) for concrete laboratories
LS-3DP-ARM Robotic Arm Concrete 3D Printing System is configured for concrete 3d printing (research) in concrete laboratories under ASTM, EN, AASHTO, or project-specific laboratory procedures. It supports material producers, civil engineering labs, universities, and inspection agencies that need repeatable test data, clear reporting, and standards-ready workflows.
Buyer Search Terms
- concrete testing machine
- concrete testing equipment
- concrete laboratory equipment
- concrete 3d printing (research) testing equipment
Technical FAQ
What is LS-3DP-ARM Robotic Arm Concrete 3D Printing System used for?
LS-3DP-ARM Robotic Arm Concrete 3D Printing System is used for concrete 3d printing (research) workflows in civil engineering materials laboratories, quality control labs, research programs, and construction material acceptance testing.
Which standards does LS-3DP-ARM support?
LS-3DP-ARM supports ASTM, EN, AASHTO, or project-specific laboratory procedures. Lithostek can also configure reporting fields, accessories, and calibration documents around local project or laboratory requirements.
Can Lithostek configure LS-3DP-ARM for my laboratory?
Yes. Lithostek application engineers can review specimen format, target standards, throughput, power supply, data output, and training requirements before quoting a suitable configuration.
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