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40B Robotic Wet-Spraying Trolley
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Product Details
Product Introduction
1. The equipment has a simple structure and strong adaptability.
2. High pumping pressure and long delivery distance.
3. High efficiency: large conveying capacity and high overall productivity.
4. High Performance: Shotcrete exhibits excellent performance, characterized by high density, uniformity, and superior strength.
5. High Reliability: Key components are sourced from well-known domestic brands to ensure the equipment’s high reliability.
6. Accelerator Addition and Control Technology: A well-known pneumatic metering pump is employed, ensuring precise dosing. The atomized spray stream mixes with the nozzle’s material flow, achieving uniform dispersion of the accelerator throughout the concrete.
7. It reduces dust concentrations both at the machine side and outside the nozzle, thereby eliminating health hazards to workers.
8. Low rebound rate. During dry spraying, the concrete rebound rate can reach 15%–50%; by contrast, wet spraying can reduce the rebound rate to below 10%, resulting in significant cost savings.
9. Hydraulic oil is cooled using air cooling, which is simple and environmentally friendly.
Product Features

Product Specifications
| Product Name | Product model | Product Abbreviation |
| Robotic wet-spraying trolley | SRSP40B | A40 |
| System Parameters | ||
| 1 | Overall dimensions (mm) | 8800×2640×3300 |
| 2 | Rated weight | Approximately 17.5 TB |
| 3 | Maximum working height (m) | 16 |
| 4 | Maximum working width (m) | 20 |
| 5 | Maximum operating depth (m) | 5.05 |
| 6 | Minimum tunnel width × height (m) | ≥5m×7m |
| Boom parameters | ||
| 1 | Boom structure type | The upper arm and forearm can pitch, and the forearm features a two-section telescoping mechanism. |
| 2 | Control mode | Electrical proportion |
| 3 | Arm swing angle (°) | 270 ~ 300 |
| 4 | Arm pitch (°) | 0 ~ 70 |
| 5 | Forearm pitch (°) | Relative to the upper arm: 0° to -110° |
| 6 | Arm extension/retraction (m) | 2300×2 |
| 7 | Nozzle axial rotation (°) | 360° |
| 8 | Nozzle axial swing (°) | 240 ° |
| 9 | Nozzle auxiliary motion (°) | 360° |
| 10 | Control mode | Fully remote-controlled |
| 11 | Work-driven approach | Chassis engine or three-phase induction motor |
| Pumping parameters | ||
| 1 | Work-driven approach | Chassis engine or three-phase induction motor |
| 2 | Rated power of the electric motor | 75KW |
| 3 | Motor operating voltage | 380V |
| 4 | Hopper capacity | 0.65 m³ |
| 5 | Concrete displacement | 40 m³/h |
| 6 | Pumping package | Full coverage |
| 7 | Delivery cylinder bore × stroke | Φ180×1170mm |
| 8 | Main cylinder bore × stroke | Φ100×Φ70×1000mm |
| 9 | Maximum system pressure | 28Mpa |
| 10 | Concrete outlet pressure | 8.6Mpa |
| 11 | Maximum aggregate size of concrete (mm) | ≤16 |
| 12 | Feeding height (mm) | ≤1500 |
| 13 | Maximum theoretical displacement of the accelerating agent pump | Variable-frequency control, 0.3 L/r; higher rotational speed yields greater flow rate. |
| 14 | Maximum outlet pressure of the accelerating agent pump | 1.6Mpa |
| 15 | Conveying pipe diameter | Φ125–Φ100, Φ100–Φ90 mm variable diameter |
| 16 | Nozzle orifice diameter | Φ50mm |
| Chassis Parameters | ||
| 1 | Drive type | Four-wheel drive |
| 2 | Engine power | 103Kw |
| 3 | Wheelbase | 4100mm |
| 4 | Front axle track (center of wheel width) | 1890mm |
| 5 | Rear axle track (center of wheel width) | 1890mm |
| 6 | Tire | 16/70-20 16PR L56 pneumatic tire |
| 7 | Front/Rear Axle Load | 11T/11T |
| 8 | Maximum speed | 20km/h |
| 9 | Maximum gradeability | 25° |
| 10 | Minimum turning radius | 1.6m |
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