Autonomous painting
Robotic painting and plastering arm
Applies plaster and paint on walls, ceilings, beams and openings with constant thickness. Uniform coverage, no rework, no improvised scaffolding.
80-100
sqm/hour
±1 mm
thickness
Construction stops being guesswork and becomes engineering executed by robots.
Play Construtech combines engineering, artificial intelligence and robotics to build with millimetric precision — eliminating execution error, risk and cost.
4x
faster than a manual crew
-35%
in finishing cost
±1 mm
execution tolerance
24/7
operating capacity
Industry status
Outdated manual methods compromise your margins, schedule and quality
Finishing works are still the least industrialized stage of construction. That is where budget, deadline and reputation are lost.
Rework and execution failure
The design becomes machine instruction. The robot repeats the same pattern from the first to the last meter.
Blown deadlines
Continuous shifts and predictable pace: the schedule becomes calculated, not estimated.
Work-at-height risk
The equipment goes up, not the crew. People operate, supervise and validate from the ground.
Material waste
Sensor-controlled dosing cuts loss of plaster, paint and mortar on every application.
No reliable site data
Every executed meter is recorded: measurement, consumption and deviation available in real time.
Labor shortage
A lean, trained team runs multiple robotized fronts at the same time.
Products
Build the future with Play Construtech robotics
A field-ready fleet for layout, paving, plastering, painting and screed levelling — supervised by engineers and driven by BIM data.
Floor finishing
Tile laying and alignment robot
Computer vision and laser place each piece at the exact point, with aligned joints and level verified in real time.
100%
pieces verified
0
squareness error
Screed levelling
Autonomous subfloor leveller
Runs the slab on its own, corrects height deviation along the way and delivers a flat base ready for the covering.
< 2 mm
deviation over 2 m
-60%
labor
Fleet in action
Every finishing package executed by robotics
Real footage from Play Construtech deployments: screed levelling, tiling, plastering, painting, wall rendering and drywall handling under engineering supervision.
380 m²/day
Autonomous screed levelling
Self-guided levelling of semi-dry mortar with real-time trajectory correction.
±1 mm
Robotic tile laying
Large-format tiles positioned, bedded and aligned without hollow spots.
0–3.3 m reach
Autonomous painting unit
Full-height spraying with openings automatically detected and masked out.
1 pass finish
Vertical plastering rail
Continuous mortar rendering along a stabilized vertical axis.
4x faster
Wall rendering head
Laser-referenced screeding of vertical surfaces on rough concrete.
1 operator
Mobile plastering robot
Compact platform for walls, columns and tight residential layouts.
0 lifting injuries
Drywall handling arm
Board lifting, positioning and ceiling fixing without manual lifting risk.
Full site autonomy
AI-orchestrated job site
Every robot working at once under one AI plan, with engineers supervising live from the BIM model.
Case presentation
Contractors build with Play Construtech
From large public infrastructure to residential towers: the same robotic workflow, the same tolerance, on any floor plan.
Retail & supermarket
6,800 sqm of large-format tile in an operating store
Night shifts only, store open every morning, zero hollow tiles
Airport terminal
22,000 sqm of stone paving in a live terminal
38% schedule compression against the manual baseline
Residential tower
180 apartments, screed levelling and painting
±1.5 mm flatness on every unit, 42% less finishing waste
Exhibition center
31,000 sqm of polished concrete and layout marking
Continuous 24/7 operation with a 6-person crew
Field-proven
Results measured on site, not in a brochure
Every square meter executed by our fleet is logged, measured and delivered as a digital as-built report.
420,000+
sqm executed
60+
projects delivered
9
countries served
How we operate
From scan to as-built, everything becomes data
01
Scanning
Digital survey of the floor with LiDAR and photogrammetry.
02
AI planning
The model defines trajectory, consumption and execution sequence.
03
Robotic execution
Machines execute with continuous sensor calibration.
04
Validation and data
Automatic measurement, deviation report and digital as-built.
Comparative calculator
Manual process vs. robotic process
Adjust your project parameters and see the estimated difference in time, cost, waste and carbon footprint.
Estimates based on average productivity benchmarks. Final figures are confirmed after the site diagnosis.
Manual processPlay Construtech robotic
Working days5314
Total cost360,930267,982
Material waste40,50011,250
CO₂e emitted16 t5.8 t
Expected rework6%0.8%
Estimated savings
26%
less total cost
39 days saved
ESG
Sustainability measured, not declared
Every robotic front generates auditable data on consumption, waste, emissions and safety — exactly the evidence international green building certifications require.
Environmental
- Sensor-controlled dosing: up to 60% less material waste
- Lower embodied carbon through precise consumption
- Electric equipment: no diesel fumes inside the site
- Water and dust control during cutting and finishing
- Waste segregation plan with digital traceability
Social
- Zero exposure to work at height for the crew
- Reduced ergonomic and respiratory occupational risk
- Upskilling: operators trained in robotics and data
- Lower noise and vibration for the surrounding community
- Inclusive hiring: physical strength is no longer a barrier
Governance
- Digital as-built and immutable execution logs
- Real-time consumption and emission reporting
- Auditable supply chain and material provenance
- Compliance-ready documentation for certification
- Transparent KPI dashboard for investors and clients
Aligned with the requirements of
LEED
Materials & resources, indoor air quality, waste management
BREEAM
Site management, energy and pollution control
WELL
Air, thermal comfort and worker wellbeing
EDGE
Resource efficiency in energy, water and materials
ISO 14001
Environmental management system
GHG Protocol
Scope 1, 2 and 3 emission accounting
Global reach, global partnerships
Global cooperation program
We deploy fleets and train local operating crews with contractors, developers and equipment partners across regions. Partners get the machine, the AI planning stack, the training program and the certification support.
São Paulo, BrazilLisbon, PortugalMadrid, SpainParis, FranceDubai, UAEMiami, USAMexico City, MexicoSantiago, ChileBogotá, Colombia
About us
An engineering company that happens to build robots
Play Construtech was founded by civil engineers and automation specialists to industrialize the finishing stage of construction. We do not sell machines and walk away: we execute the work, or we deploy the fleet with the crew and the data stack that make it repeatable.
Engineering-led
Every job is designed by an engineer before a robot moves.
Data-first
Scan, plan, execute, verify — the loop is closed by measurement.
Locally operated
Trained local crews, global standard of tolerance.
Insights
Latest from Play Construtech
Aug 2026
Robotic screed levelling reaches ±1 mm on a 31,000 sqm slab
Our autonomous leveller closed an exhibition center floor with continuous laser feedback, delivering the flattest slab ever recorded by the client's QA team.
Jul 2026
How BIM-to-robot layout cuts marking time by 80%
Sending coordinates straight from the model to the scribing robot removes manual chalk lines and the cascade of tolerance errors that follows them.
Jun 2026
ESG reporting: turning site execution into auditable carbon data
Every dosing event is logged, so material consumption and embodied carbon become evidence for LEED, BREEAM and GHG Protocol reporting.
What contractors ask us first
No. They replace the most repetitive and dangerous tasks. Your crew moves to operation, supervision and quality validation — higher skill, lower physical risk.
There is already a construtech doing this.
Send us your floor plan or schedule. We return a diagnosis with deadline, cost and the estimated gain of robotized execution.