TRITIUM LABS
Concept artwork of a compact construction robot connected to luminous lime wall-mapping contours in a bright architectural interior.

Built for specialist contractors

Ultra precision,
on site.

Robotic plastering for gypsum and cement-lime walls.
5–9× faster than a team of three plasterers, depending on the worksite.

Contractors — talk to us Engineering careers

Tell us about your next plastering project.

Concept artwork See how it works

Plastering / Positioning / Corner beads

Robotic plastering.
For specialist contractors.

Gypsum or cement-lime plaster. Wall geometry. Corner details. We develop robotic plastering around the materials and site conditions your crew works with.

5–9× faster

Than a team of three plasterers, depending on the worksite.

TRL 8

Plastering robot.

10+ years

Of first-hand construction-site experience.

Concept artwork of a complete compact construction robot beside its plaster-wall reference surface.
Concept artwork
01 / Positioning

The wall is
our reference.

Our positioning technology maps the wall and relates robot movement to its geometry. The surface guides the work.

Discuss your wall geometry
Concept artwork of a corner bead at a plaster-wall edge, illustrating robotic placement research.
Concept artwork
02 / Corner beads

Precision reaches
the corners.

We have prototyped robotic corner-bead placement within our plastering machine, extending automation to the details that shape the wall.

Discuss your worksite
Concept artwork showing the texture and a trowelled transition on a plaster surface.
Concept artwork
03 / Plastering

Plaster walls.
At a faster pace.

Our plastering robot works 5–9× faster than a team of three plasterers, depending on the worksite, with development focused on machine-applied gypsum and cement-lime plaster.

Talk about your project

Technology / Developed in-house

Perception. Control. Tooling.

Geometry
meets motion.

Construction surfaces are the starting point for our positioning and motion systems. Our research connects perception, control and tooling in one working process.

01

Map

Understand the geometry.

02

Correct

Relate movement to the surface.

03

Repeat

Learn from each working pass.

Discuss a technical collaboration

03 / Company

Tritium Labs

Built around
the worksite.

Built by someone who knows the worksite.

Our founder has spent more than 10 years working on construction sites. The strain, the rework, the coordination, and the pressure to deliver are first-hand experience.

Tritium Labs combines robotics research with practical construction experience. We develop positioning, controls, mechanics and tooling together. Our plastering robot is at TRL 8.

See engineering roles Discuss your project

For specialist contractors

Have a plastering
project?

Tell us what needs plastering: wall area, material, project location and site constraints. Have another task your crew needs help with? Tell us what you would like a plastering robot to do.

Contractors — talk to us Engineering careers
Tell us what you need from a robot