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Product Introduction
The Floor Screeding Robot can be used in applications such as residential construction, public building flooring, metro station flooring, and floor screeding after underfloor heating installation. This BrightMaster Floor Screeding Robot achieves one-touch, fully automatic operation through a remote controller and is designed to perform dry-mixed mortar screeding operations.
Technical Highlights: Independently developed integrated intelligent motion control algorithms, laser measurement and positioning technology, and real-time control technology.
Product Parameters
| Specification | Value |
| Dimensions (L × W × H) | Length ≤ 790 mm, Width ≤ 730 mm, Height ≤ 660 mm |
| Weight | 65kg |
| Operating Power | 300W |
| Construction Precision | 2m/3mm |
| Theoretical Productivity | ≥130㎡/h |
| Screeding Thickness | 0～10cm |
| Power Supply | 48V 25AH |
| Endurance | ≥6h |
| Fast Charging Time | ≤3h |
| IP Rating | IP54 |
| Operating Environment | -5~40℃ |
The laser-guided screeding system continuously detects the floor elevation and automatically adjusts the working height. It achieves a construction accuracy of approximately 3 mm within 2 meters, helping reduce uneven surfaces and repeated correction work.
Compared with traditional manual screeding, the automatic floor screeding robot provides stable and continuous operation. It helps contractors complete larger floor areas within a shorter period and maintain more predictable daily construction progress.
The robot automates repeated measuring, leveling and screeding operations. One operator can control the machine remotely, helping construction companies reduce labor intensity and dependence on experienced screeding workers.
The intelligent control system maintains consistent screeding speed, height and pressure. This reduces variations caused by different operators and improves floor flatness across multiple rooms or construction areas.
The floor screeding machine is equipped with a rechargeable battery that supports at least six hours of operation. Fast charging helps reduce downtime during continuous construction projects.
The Dry-Mix Mortar Screeding Robot can be used for:
Residential apartment floors
Commercial building floors
Hospitals and school projects
Metro stations and public facilities
Underfloor heating construction
Tile and wooden floor base preparation
Large indoor mortar leveling projects
The Automatic floor screeding machine supports a screeding thickness of 0–10 cm, making it suitable for different floor structures and project requirements.
For contractors working on repetitive or large-area flooring projects, the automatic screeding machine can help improve project control. Stable productivity makes it easier to plan labor, construction schedules and equipment allocation.
The compact machine design also allows it to operate in indoor construction environments with limited access space. It can be transported between different floors and construction zones according to project requirements.
Before operation, workers place the dry-mix mortar on the construction surface. The operator then sets the required floor elevation and working parameters.
During screeding, the laser positioning system monitors floor height in real time. The concrete construction robot automatically adjusts its screeding mechanism and follows the planned working path. This process helps maintain consistent floor elevation and reduces manual measurement work.
Although both machines automate floor leveling work, they are designed for different construction materials and project stages. The Floor Screeding Robot is mainly used for dry-mix mortar screeding, while the Concrete Leveling Robot is designed for leveling and surface treatment before freshly poured concrete begins to set.
| Comparison | Floor Screeding Robot | Concrete Leveling Robot |
|---|---|---|
| Main Material | Dry-mixed mortar | Freshly poured concrete |
| Main Process | Mortar screeding and elevation control | Concrete leveling, slurry lifting and surface finishing |
| Typical Applications | Apartments, public buildings, metro stations and floors above underfloor heating systems | Residential slabs, basements, factories, airports and shopping malls |
| Operation Mode | One-touch fully automatic operation by remote controller | Semi-automatic remote-controlled operation |
| Working Efficiency | ≥130 m²/h | ≥160 m²/h for the 1.5 m model and ≥300 m²/h for the 2.5 m model |
| Working Thickness | 0–100 mm | 30–150 mm or 30–250 mm, depending on the model |
| Machine Weight | Approximately 65 kg | Approximately 175 kg or 350 kg |
| Operating Endurance | ≥6 hours | ≥5 hours or ≥10 hours |
| Main Advantage | Compact size and flexible indoor mortar screeding | Higher output for large-area concrete slab construction |
The Floor Screeding Robot has dimensions of no more than 790 × 730 × 660 mm and weighs approximately 65 kg, making it easier to transport through indoor passages, elevators and different floors. The Concrete Leveling Robot is available with 1.5 m and 2.5 m leveling heads, offering higher productivity for larger concrete construction areas.
For dry-mix mortar, underfloor heating cover layers and indoor residential flooring, select the Floor Screeding Robot.
For cast-in-place concrete slabs, industrial floors and large-area commercial construction, select the Concrete Leveling Robot.
For projects that include both structural concrete leveling and a later mortar screeding layer, the two robots can be used at different construction stages. The Concrete Leveling Robot handles the concrete base, while the Floor Screeding Robot completes the subsequent dry-mix mortar screeding process.
Before requesting a quotation, buyers should provide the construction material, total floor area, required layer thickness, floor tolerance, site access dimensions and expected daily productivity. BMR can then recommend the appropriate floor leveling robot and configuration for the project.
Improve floor screeding efficiency, reduce labor intensity and achieve more consistent construction quality with the BMR Floor Screeding Robot.
Send us your project area, mortar type, screeding thickness and construction requirements to receive technical recommendations, pricing and delivery information.