Technical Knowledge
Large area concrete floor laser leveling machine one-time forming construction method

••▶•• Project Overview ••◀••
With the rapid development of the modern construction industry, the requirements for the flatness, levelness and aesthetics of large-area concrete floors are getting higher and higher. Traditional floor and floor construction methods often have problems such as long construction period and unstable quality. Therefore, the use of laser leveling machines for one-time construction of large-area concrete floors has become an efficient and high-quality choice.
••▶•• Construction preparation ••◀••
1. Construction personnel training:
Ensure that the operators are familiar with the operating principles and safety procedures of the laser leveler and have certain construction experience.
2. Equipment inspection:
Conduct a comprehensive inspection of the laser leveling machine used in construction to ensure that it is in good working condition.
3. Preparation of construction materials:
Select concrete materials that meet the requirements to ensure construction quality.
4. On-site survey:
Conduct a detailed survey of the construction site to understand the terrain, climate and other conditions, and formulate corresponding construction plans.
••▶•• Construction process ••◀••
1. Foundation treatment:
Clean the construction site to ensure that the foundation is smooth and free of debris. If necessary, perform foundation leveling
2. Formwork support:
According to the design requirements, support the formwork to ensure it is flat and stable.
3. Concrete pouring:
Pour concrete evenly on the formwork according to the mix ratio required by the design.
4. Laser leveling:
Immediately after the concrete is poured, use a laser leveling machine for leveling. Through the laser control system, it is ensured that the flatness and levelness of the ground meet the design requirements.
5. Surface treatment:
Before the initial setting of concrete, use professional tools for surface treatment to eliminate defects such as bubbles and blisters on the surface.
6. Maintenance:
After the concrete is finally set, perform timely maintenance to ensure the strength and beauty of the concrete. few,
••▶•• Construction Key Points ••◀••
1.
Ensure the flatness and stability of the formwork to avoid deformation or displacement during construction.
2.
Control the pouring speed and amount of concrete to ensure that the concrete can be evenly distributed on the formwork.
3.
When using the laser leveling machine, ensure the accuracy of the laser control system and adjust the equipment parameters in a timely manner to ensure the leveling effect.
4.
During surface treatment, pay attention to the operating strength and speed to avoid damage to the concrete.
5.
D
uring the curing process, the moisture of the concrete surface should be maintained to prevent the concrete from drying out or cracking.
••▶•• Quality acceptance ••◀••
After the construction is completed, the quality inspection of the floor of the building will be carried out. Check whether the ground flatness, levelness, aesthetics and other indicators meet the design requirements. If problems are found, deal with them promptly.
••▶•• Conclusion ••◀••
The one-time construction method of laser levelinging for large-area concrete floors has the advantages of short construction period, stable quality, and high aesthetics. Through strict construction preparation and process control, it can be ensured that the construction quality meets the requirements. At the same time, it is necessary to pay attention to the key points of construction and quality acceptance links to ensure the smooth progress of the construction process and the final quality standards.
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About the Author: Shandong Vanse Machinery Technology Co., Ltd.
Shandong Vanse Machinery Technology Co., Ltd. is a high-tech manufacturer specializing in concrete construction machinery, including laser screeds and related equipment. The company integrates R&D, production, and global sales, with products exported to over 60 countries and widely used in infrastructure projects worldwide.
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