Robot maker · early
LAYERED
Develops an autonomous mobile manipulator for surface finishing that performs spray-based printing-in-motion: it 3D-scans the building surface, computes where and how much plaster to apply, and executes continuous thin-layer spray passes without stopping to stabilize. Technology descends from Gramazio Kohler Research's robotic plaster spraying work at ETH Zurich (from 2018) and Selen Ercan Jenny's doctoral research, developed with the Robotic Systems Lab and industry partners. The company claims 2x application speed, ~20% material reduction, and ~75% less manual-labor dependency; the robot weighs 120 kg and is operated via a proprietary plug-and-spray interface.
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LAYERED plastering robot
- Autonomous spray-based printing-in-motion of protective surface coatings; 2x application speed; ~20% material savings; 75% reduction in manual-labor dependency; 120 kg robot operated via plug-and-spray interface
vendor-stated performance metrics for the autonomous plastering system versus standard manual process
Claim source - Sprays ultra-thin, millimeter-precise plaster layers; scanning plus AI planning software calculates where and how much plaster to apply, cutting process inefficiencies by ~50%
vendor/founder-stated precision and software-planning capability reported in startup press
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