In the field of modern construction, concrete leveling plays a vital role in the quality of the project. A laser concrete leveling machine is an automated equipment that uses laser technology to spread, vibrate, level, and smooth concrete floors. The core difference between it and traditional manual leveling is that it introduces a laser precision control system, which far exceeds the accuracy of manual leveling, greatly improves the quality of the floor, and meets the needs of high-precision floor projects, such as high-precision industrial plants, logistics warehouses, electronic workshops, etc. Contact us now to get a quote.
Laser Concrete Leveling Machine Parameter:
|
Model |
YGJX31 |
YGJX32 |
YGJX33 |
YGJX34 |
|
Engine |
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|
Model |
Generator set |
GX390 Electric start |
GX390 Electric start |
GX390 Electric start |
|
Power |
2.0kW |
13hp/3600rpm |
13hp/3600rpm |
13hp/3600rpm |
|
Fuel tank (L) |
14.5 |
6.5 |
6.5 |
6.5 |
|
Running device |
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|
Drive |
Motor |
Hydraulic motor |
Hydraulic motor |
Hydraulic motor |
|
Running mode |
Infinitely variable speed |
Handle control, step-less speed |
Handle control, step-less speed |
Handle control, step-less speed |
|
Running speed(m/min) |
0-36 |
0-45 |
0-65 |
0-45 |
|
Suggest working speed(m/min) |
5 |
5 |
5 |
5 |
|
Screed head |
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|
Type |
Self-leveling |
Electric control, self-leveling |
Self-leveling |
Hydraulic control, self-leveling |
|
Width |
2500mm |
2500mm |
2500mm |
2500mm |
|
Exciting force |
500N |
500N |
500N |
500N |
|
Vibration frequency |
50Hz |
50Hz |
50Hz |
50Hz |
|
Laser control system |
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|
Control type |
Microcomputer laser scan |
Microcomputer laser scan |
Microcomputer laser scan |
Microcomputer control |
|
Operation mode |
Walk-behind |
Walk-behind |
Walk-behind |
Walk-behind |
|
Forward and reverse |
Handgrip control, step-less speed-walking |
Hydraulic control |
Handgrip control, step-less speed-walking |
Hydraulic control |
|
Size and weight |
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|
Working size(mm) |
2758*2622*1980 |
2740×2659×1980 |
2578×2643×1980 |
2780*2622*1980 |
|
Weight(kg) |
295 |
365 |
380 |
410 |
Working Principle of Laser Concrete Screed Machine:
The working principle of laser concrete screed machines is based on advanced laser technology and precise mechanical control systems. The equipment is equipped with a high-precision laser transmitter that can emit a horizontal laser beam to form a reference plane. The laser receiver is installed on the scraper or vibrating beam of the screed machine to receive the laser signal in real-time and transmit it to the control system. The control system automatically adjusts the height of the scraper or vibrating beam according to the received signal to ensure that the scraper or vibrating beam is always consistent with the laser reference plane during the concrete pouring process.
When the screed machine moves on the concrete surface, the scraper scrapes the concrete flat, and the vibrating beam vibrates the concrete to make it dense. Through real-time monitoring and adjustment of the laser system, the flatness of the concrete surface can be accurately controlled to keep the error within a very small range. Whether it is large-scale ground pouring or complex concrete structure construction, the laser concrete screed machine can accurately complete the leveling operation, laying a good foundation for subsequent construction procedures.
Application Areas of Laser Concrete Leveling Machine:
- Industrial plant floor: high-precision, wear-resistant, and flat industrial plant floors, such as precision manufacturing workshops, electronic plants, pharmaceutical plants, food plants, etc., have extremely high requirements for ground flatness, and laser leveling machine is the preferred equipment.
- Warehouse and logistics floor: ultra-flat floor, elevated warehouse floor, requires the floor to be flat, wear-resistant, and load-bearing to ensure the efficient and safe operation of equipment such as forklifts.
- Commercial floor: large shopping malls, supermarkets, exhibition halls, office buildings, and other commercial places require the floor to be beautiful, comfortable, and easy to clean.
- Parking lot floor: indoor parking lot, underground parking lot, open-air parking lot, etc., require the floor to be wear-resistant, non-slip, and flat to ensure vehicle driving safety and parking comfort.
- Airport runway and apron: ultra-high flatness and ultra-high-strength airport runway and apron are important guarantees for aviation safety.
- Highways and urban roads: High-grade highways, urban expressways, urban trunk roads, etc., have high requirements for the flatness, comfort, and durability of the road surface.
- Sports venues: Indoor gymnasiums, outdoor stadiums, etc., have special requirements for the flatness, elasticity, and sports performance of the ground.
- Special industrial floors: For example, special functional floors such as anti-static floors, anti-corrosion floors, clean floors, etc., have higher requirements for the accuracy and special performance of the ground.
- Other ground projects: For example, tunnel floors, water conservancy engineering floors, bridge deck pavement, etc., laser leveling technology also shows its unique advantages and its application fields are constantly expanding.



