Product Introduction
The concrete finishing robot is suitable for large-area concrete finishing and polishing operations in basements. plazas, factories, airports, shopping malls and similar scenarios.
The concrete finishing robot supports both fully automatic and remote-control modes, enabling automatic construction on cast-in-place concrete surfaces, including large-area concrete compaction, slurry lifting, surface finishing, and polishing. The robotic concrete finishing machine significantly improves floor quality and construction efficiency while reducing manual labor dependency.
Technical Highlights: SLAM mapping, fully automatic navigation system, integrated intelligent motion control algorithms, and real-time control technology.
These technologies enable stable, precise, and continuous operation, making it a high-performance automated concrete finishing robot for modern construction sites.

Main Parameters
| Product Name | Concrete Finishing Robot 80SZ |
| Finishing Disc Diameter | 800mm |
| Weight | 340kg |
| Dimensions (LxWxH) | 1600x900x1310mm |
| Single-pass Operating Efficiency | ≥300㎡/h |
| Blade Rotation Speed | 0~150r/min |
| Automatic Operation Navigation Deviation | ≤200mm |
| Power Supply | 48V 160AH |
| Operating Endurance | ≥4h |
| Charging Time | ≤4h |
| Operating Temperature | 0~45°C |
High-efficiency concrete finishing robot system for large-area floors
Supports both autonomous and remote-control operation modes
Stable SLAM navigation ensures accurate path execution
Improves surface flatness and finishing consistency
Reduces manual labor intensity and construction risk
Suitable for continuous industrial-grade flooring operations
The concrete finishing robot is widely used in:
Basement concrete floor finishing
Industrial factory floor polishing
Airport terminal flooring construction
Shopping mall large-area concrete surfaces
Plaza and public space concrete finishing
Logistics warehouse flooring systems
Robotic concrete finisher is especially suitable for large-area projects requiring consistent flatness and high surface quality.