How to properly clean the laser leveling machine oil tank, let the experts tell you in detail

Do you really understand laser leveling machine equipment? Nowadays, laser leveling machines are widely used in floor construction. The reason is that laser leveling machines better solve the problems of hollowing, shelling, cracking, and inequality on the ground, meet the quality requirements of ultra-flat floors, and reduce costs. And improve work efficiency. Today, let's analyze the principle and construction points of the laser leveling machine in detail, so that more friends can deepen their understanding of the laser leveling machine. 1. What is laser leveling? Definition of laser leveling machine: A device guided by a laser for leveling and leveling fresh concrete. Definition of laser leveling: A concrete construction method that uses a laser leveling machine to pave and level newly poured concrete. 2. The advantages of laser leveling: The ground is smoother and denser. Reduce the chance of ground cracking. Reduce labor intensity, save labor, and have higher efficiency. 1500~5000 square meters of uniform high-frequency vibration can be completed in 8 hours, making the concrete floor dense and avoiding ground cracks caused by stress concentration caused by deformation. The machine is light and can be used under any conditions. The concrete is leveled. 3. Features of laser leveling machine: (1) The vertical and horizontal slopes are all completed by the computer automatic control hydraulic system, which ensures the precise control and implementation of the slope of the floor; (2) The design elevation of the top surface of the floor is automatically controlled by laser and computer, and adjusted in real time to ensure accurate leveling. The test proves that the leveling quality of laser leveling is at least 3-5 times higher than that of traditional construction methods; (3) The laser emitter is arranged independently. The floor construction can be paved in a large area and can ensure the consistency of the ground elevation. The construction joints greatly reduce the post-maintenance cost of the ground and the use of formwork: (4) The efficiency of the operation is greatly improved. The test proves that the floor leveling can complete a daily workload of about 4,000 m2; using the traditional method, the vibrating beam floor leveling can complete a daily workload of about 900 m2. (5) The laser leveling head is composed of four parts: scraper, cloth screw, vibrator, and leveling beam. During construction, multiple processes (scraper scraping excess concrete, roller rolling, wood rubbing, manual plastering, etc.) are integrated into the Together, it is completed by the machine at one time, improving work efficiency and saving labor; (6) The vibration frequency of the vibrator is 3 000 times/min, which is suitable for dry hard concrete, steel fiber concrete and large aggregate concrete. (7) According to the performance of the equipment, the laser leveling machine is equipped with auxiliary equipment such as a polishing machine, a spreading machine, a soft cutting machine, and a fast edge straightening machine. According to the traditional guide rail and vibrating beam construction method, it is impossible to control the flatness error within 3 mm in any direction of the floor within 3 mm, and the levelness error within 1 m in the floor section should be controlled within 3 mm. Flatness and levelness within mm are required. The construction technology of the large-area ultra-flat floor laser leveling machine after one-time forming should be suitable for the construction of large-scale industrial plants, warehouses, logistics and other projects at home and abroad. 4. Laser leveling process Construction preparation → laying cushion → laying steel bars → setting surrounding formwork → concrete pouring → laser leveling, vibrating → edge cleaning 5. Comparison of concrete laser leveling technology and traditional construction technology: Traditional concrete construction method: After the formwork and steel bars are accepted, pour concrete, vibrate, and manually level and smooth the surface. The waste of materials also increases the labor cost relatively, resulting in an increase in construction engineering costs. Shandong Vanse Machinery has specialized in R&D and production of concrete laser leveling machines for many years. It has improved the concrete surface construction leveling, vibrating, surface calendering and other processes, greatly reducing labor consumption, saving building materials, and correspondingly reducing construction costs. 

Concrete cutting is the use of water-cooled diamond track or rope saw cutting machine on the concrete hole, demolition, construction speed, noise, no vibration, good quality, no impact on the building structure is to replace the hammer, picks, artificial brazing Playing and other large vibration of the construction of the most advanced technology.

There are certain differences in functions and applicable scenarios between concrete laser levelings and pavers, so each has its own advantages. 1. Flatness: The laser leveling machine achieves high-precision control through laser technology, which can ensure a higher flatness of the ground. It is especially suitable for places that require high-precision floors. 2. Construction efficiency: Due to the easy operation and high degree of automation of laser leveling machines, the construction efficiency is usually higher than that of paver. Especially in large-area floor construction, the advantages of laser leveling machines are even more obvious. 3. Material waste: Laser leveling machines can accurately control the amount and laying of concrete, thereby reducing material waste and costs. 4. Applicability: The paver is suitable for laying ordinary concrete pavement, especially for long-distance and large-area construction projects such as roads. The laser leveling machine is more suitable for places that require high-precision and high-strength floors, such as large-scale Dingye factories, logistics centers, etc. 5. Maintenance cost: The structure of the paver is relatively simple and the maintenance cost is relatively low. The complex structure of the laser leveling machine requires regular maintenance and upkeep, but its high efficiency and high-quality construction results may offset this cost after long-term use. 6. Operation difficulty: Paver requires operators to have a high level of skills and experience, while laser leveling machines are relatively simple to operate and require lower skills from workers. 7. Flexibility: The paver is suitable for a variety of different terrains and construction environments and has high flexibility. The laser leveler is more suitable for flat and regular terrain, and has limited adaptability to complex terrain. To sum up, concrete laser levelings and pavers each have their own applicable scenarios, advantages and disadvantages. In places where high-precision and high-efficiency floor construction is required, such as large industrial plants, logistics centers, etc., laser levelings have significant advantages; and in the construction of large-area ordinary concrete pavements such as roads, the application of paver may More extensive. The choice of which equipment to use also needs to be comprehensively considered based on specific construction needs and conditions.