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During concrete placement in summer, the compaction work performed by earthworks tends to continue for long periods in high-temperature environments, significantly increasing the risk of heatstroke. Traditional corded vibrators often require multiple workers, including those holding the cord, and with backpack models, the burden of carrying heavy equipment while moving adds to the physical strain in hot conditions. The slab vibrator is characterized as a cordless, self-supporting compaction machine that allows for high reproducibility of construction even with one operator. It can be equipped with up to three powerful φ60mm vibrators and complies with JASS-5 standards for compaction, making it suitable not only for floor slabs in the construction sector but also for civil engineering projects that require high durability. By reducing the heavy labor hours and equipment load for earthworks while ensuring quality, it effectively mitigates the burden of working in the heat, serving as a practical measure against heatstroke. It also offers flexibility to adapt to site conditions, such as switching between 1 to 3 vibrators or accommodating φ40mm, making it suitable for situations where both labor-saving and safety improvements are desired in construction and civil engineering sites. Please consider reviewing your summer construction system. For inquiries, please contact us through our website.

In summer, the concrete leveling work on the ground can significantly drain the physical strength of workers due to the forward-bending posture required under the blazing sun, increasing the risk of heatstroke. In sites with a labor shortage, the burden per person becomes heavier, and the combination of heat and fatigue can lead to decreased concentration and variability in precision. The DX Material KAPPER is an electric leveling machine that assists with rough leveling of ready-mixed concrete, supporting loads of over 100 kg and making it easy to operate with just a hand guide. It can reduce the number of workers needed for leveling work from the traditional 5-6 per 1,000 square meters to just 2-3, allowing for work to progress at speeds of 1.5 km to 3 km per hour, which is expected to shorten the time exposed to the sun. Additionally, the adjustable cover thickness feature allows for comfortable use, and both forward and backward movements can be controlled with a switch, which helps reduce strain on the lower back. Furthermore, the machine weighs 38 kg and is foldable, making it easy to transport, and it operates on a rechargeable battery, producing no exhaust, which contributes to its ease of use. Addressing heatstroke is not only about air-conditioned clothing and hydration but also about reducing the hours of heavy labor in hot environments, making KAPPER a product that aids in site improvement as a concrete solution.

In summer, the construction of earthen floors often involves prolonged rough leveling and finishing work under the blazing sun, which can lead to physical exhaustion for workers and increase the risk of heat-related illnesses. In sites with a labor shortage, it is necessary to cover large areas with a limited number of workers, making it easier for concentration to decline due to the heat, which can affect the precision of the finish and work safety. The laser screed is a specialized machine that can perform functions such as [rough leveling, level measurement, tamping, and finishing] all in one, significantly mechanizing the leveling process that often relies on manual labor. With a laser receiver and control system, the height of the screed head can be continuously adjusted, making it easier to achieve high-precision construction while minimizing level variations even on large sites. Initial vibrations help to densify the concrete, contributing to quality stabilization and improved durability. Heat countermeasures are important not only in terms of breaks and hydration but also from the perspective of reducing working hours in the heat itself. The laser screed is particularly suitable for large-scale pouring sites in construction, logistics, and factories, aiming to simultaneously address heat-related illness prevention, labor reduction, and high quality. For inquiries about installation or details on construction, please feel free to contact us through our website. We are also accepting requests for trial installations at any time.

When utilizing AGVs and AMRs in logistics warehouses, it is important to ensure a high level of floor precision from the time of construction while also securing wear resistance. Our LCS method is adopted in new construction sites of logistics warehouses nationwide, and by mechanizing the process from leveling to final finishing, we achieve a floor level precision of ±3mm within 3m, suppress initial cracking after pouring, and significantly improve durability and wear resistance. By utilizing the reproducibility of machines rather than relying solely on the intuition of craftsmen, we can stabilize quality through a quantified process, achieving a uniform finish even in large-area warehouses. Specific processes: 1. Floor leveling with laser screed Using laser control, we precisely adjust the FL value while simultaneously performing vibration compaction. 2. Compaction with a tamper During bleeding after pouring ready-mixed concrete, we use our self-developed EV tamper to perform vibration compaction again, removing air and water channels. 3. Disc troweling Utilizing the weight of a ride-on trowel, we correct fine irregularities while densifying the surface. If you have any questions about the processes or finishing methods, please contact us through our website. We are also accepting trial construction requests at any time.

The re-vibration and high-density concrete method removes voids and water channels that cause cracking, utilizing the compaction effect of re-vibration to form a dense structure within the concrete and improve its density. It aims to enhance durability, wear resistance, and impact resistance, delay carbonation, suppress cracking, and shorten construction time through simultaneous execution, ultimately extending the service life for various social infrastructure developments such as factories, warehouses, logistics facilities, and roads, as well as contributing to national resilience policies. 【Features】 - Increased service life - Significant crack suppression - Reduction in construction man-hours - Increased asset value - Total cost reduction For more details, please contact us or download the catalog.

The "Slablator" is a labor-saving concrete compaction machine that overturns the common knowledge of conventional compaction work. Equipped with three powerful φ60mm vibrators operating simultaneously, it achieves reliable vibration compaction in accordance with JASS-5 standards, all reproducibly by a single operator. It fundamentally resolves the issues associated with corded and backpack systems that require multiple personnel. This is a new technology that balances "quality," "safety," and "labor-saving." 【Features】 ■ Achieves labor reduction and high quality with a self-supporting machine that does not require connections or carrying ■ Efficiently removes air bubbles with a φ60mm vibrator ■ Flexible vibrator configuration ■ Long-lasting battery operation *For more details, please refer to the related links or feel free to contact us.