No pre-scanning required with RTPC
The robot's real-time sensing system automatically recognizes walls, ceilings and bay windows, enabling work to start at the touch of a button without drawings, BIM or manual scanning.
INDUSTRIAL & LOGISTICS ROBOTS · BMR
Fully automatic platform for putty application, latex spraying, and sanding in indoor spaces
The BMR Smart Painting Robot automates putty and water-based paint spraying, as well as putty sanding, with its modular platform design. It operates at the touch of a button using the RTPC sensing system and offers different height and capacity options across its versions.
SELECT BY TASK
The BMR Smart Painting Robot is a modular automation platform developed for decoration applications. With interchangeable spraying or sanding modules on the same base, it detects surfaces such as interior walls, ceilings and bay windows, and starts the task at the touch of a button using RTPC real-time sensing, without requiring pre-scanning or drawings. P45/P65 versions have a 60 L tank for spraying putty and water-based (latex) paint; M40/M60 versions are designed for sanding with a dust collection container. Reach height, output and transport dimensions vary by version; coverage rate and productivity increase significantly compared with manual application. The closed-loop controller maintains spraying and sanding parameters, while obstacle detection and limited climbing capability make it suitable for working on variable sites. The compatible materials list and compatibility testing for new materials are specified in the source data.
PRODUCT-SPECIFIC
Features compiled from source product information; evaluate according to the model and configuration.
The robot's real-time sensing system automatically recognizes walls, ceilings and bay windows, enabling work to start at the touch of a button without drawings, BIM or manual scanning.
Dynamic flow control and spray-on-the-go operation deliver a significant productivity increase over manual labor for putty and latex applications; increased sanding speed is also a target.
By fitting different modules to the same base, the robot can be configured as a P45/P65 (spraying) or M40/M60 (sanding), allowing one device to perform multiple tasks.
Offers a working height ranging from 4,0 m to 6,5 m across different versions; choose P45/P65 or M40/M60 according to project requirements.
The three-domain controller monitors spraying and sanding parameters in a closed loop, helping maintain consistent flow and application.
Enables safe indoor operation with mobility parameters suited to field conditions such as obstacle crossing, gap crossing, and climbing limited slopes.
Compatible with interior wall putty, water-based putty, latex, and emulsion paints; compatibility of new materials is tested against specifications or samples.
The dimensions and weights of different versions allow selection to suit project logistics; they are assessed according to portability and storage conditions.
SOURCED PRODUCT DATA
Values are taken from the source product page. Confirm the package, software, and accessory contents against the manufacturer's current documentation before ordering.
| Feature | Value |
|---|---|
| Dimensions (standing) | P45 / M40 860 × 760 × 1700 mm; P65 / M60 1630 × 1150 × 1750 mm (factory shipment) |
| Weight | ≈500 / 650 / 450 / 600 kg (P45 / P65 / M40 / M60) |
| Operating capacity | Working height ≤4.500 (P45) / ≤6.500 (P65) / ≤4.000 (M40) / ≤6.000 mm (M60); productivity: P45 putty 80, paint 200 m²/hour; P65 putty 100, paint 250 m²/hour; M40 60, M60 80 m²/hour sanding; coverage ≥%95 (P), ≥%85 (M40), ≥%90 (M60) |
| Maximum speed | ≤0,5 m/s |
| Climbing angle | ≤10°; obstacle ≤30 mm; gap ≤50 mm; positioning ±30 mm |
| Positioning accuracy | ±30 mm |
| Hopper capacity | Material hopper 60 L (P45, P65); dust hopper 100 L (M40, M60) |
| Operating time | 5 hours |
| Material | Material tank 60 L (P45, P65); dust hopper 100 L (M40, M60); interchangeable spraying and sanding modules |
| Manufacturer's note | Operating mode: fully automatic or semi-automatic at the touch of a button; RTPC real-time perception software requires no pre-scanning or route planning. P45/P65 spray putty and emulsion paint; M40/M60 are putty sanding modules. |
| Sensors | Real-time perception sensors detect wall, ceiling, and bay-window features; dynamic flow control |
| Interfaces | BMR unified APP; conversion between P and M versions by changing the module |
| Processor | RTPC real-time perception and configuration system; closed-loop spraying and sanding parameters via a three-domain controller; automatic motion control algorithm |
| Software features | One-touch task start (no pre-scanning, drawing, or BIM required); fully and semi-automatic putty and latex spraying; putty sanding; spraying while moving |
PRODUCT INFORMATION SOURCES
This catalog is intended to help explore product information. No commitments are made on behalf of Robotik Çözümler regarding stock, authorized dealers, pricing, warranty, or after-sales service terms.
FREQUENTLY ASKED QUESTIONS
P45 and P65 are spraying modules; they offer a 60 L material tank and different working heights for applying putty and latex paint. M40 and M60 are sanding modules with a dust hopper for sanding putty. Tasks can be changed by attaching a module to the same platform.
The device is compatible with interior wall putty, water-based putty, latex, and emulsion paint; water-based interior paints and primers suitable for spray systems can also be used. For new materials, testing against the specifications provided by the manufacturer or a sample test is recommended.
No. Thanks to the RTPC real-time perception system, a task can be started with one touch without pre-scanning, drawings, or BIM. For projects requiring BIM-based routes, alternative products specified in the source can be considered.
BMR robots are controlled through a single application; an operator can connect to and manage multiple nearby robots. Field data can also be reported to central systems.
Before using a new material, check whether it meets the specifications provided by the manufacturer; if necessary, conduct a compatibility test using a material sample.
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