The pouring of concrete in high-rise buildings has always been a key and difficult point in engineering construction. Traditional fabric machines rely on tower cranes for lifting, layer by layer disassembly, and cumbersome positioning, which not only occupy core construction resources and slow down the construction period, but also easily lead to problems such as pouring dead corners, uneven fabric distribution, and high risks of high-altitude operations, becoming a key bottleneck restricting the improvement of project quality and efficiency.

In response to the construction pain points of high-rise and super high-rise buildings, the climbing hydraulic fabric machine in elevator shafts has emerged. This professional equipment is specially designed for the pouring of high-rise core tubes and standard floors. It relies on elevator shaft installation, independent hydraulic climbing, and precise fabric distribution throughout the entire area, completely subverting the traditional pouring mode. With its core advantages of high efficiency, safety, worry free, and cost saving, it has become a must-have equipment for modern construction, helping major projects improve quality, speed up, reduce costs, and increase efficiency.

深耕施工刚需，全能核心功能，适配全场景高层浇筑

As a specialized equipment for high-rise concrete pouring, the elevator shaft climbing material feeder precisely meets the needs of the entire construction process, with comprehensive and practical functions, and solves pouring problems in all aspects.

1. Hydraulic automatic climbing, synchronized growth with the building

The equipment is fixed and installed in the existing elevator shaft of the building, equipped with a mature and stable hydraulic lifting system, without the need for tower crane assistance or manual disassembly and handling. After each layer of pouring is completed and the wall reaches the construction strength, the equipment can independently lift and climb, and follow up with the operation synchronously as the floor rises, truly realizing the continuous operation mode of "lifting after finishing and hitting after lifting", completely bidding farewell to the cumbersome process of traditional equipment "dismantling and installing one layer at a time".

2. 360 ° precise fabric coverage with no blind spots for pouring

Adopting a high-strength multi section boom design, it supports 360 ° full rotation operation and multi angle pitch adjustment, with a wide fabric coverage range and high flexibility. It can easily adapt to complex construction areas such as standard floor slabs, shear walls, core tubes, beams, columns, and corners, accurately covering various narrow and irregular construction parts. The concrete discharge is uniform and the landing point is controllable, effectively eliminating construction defects such as missed pouring, uneven pouring, honeycomb and rough surface, and greatly improving the quality of pouring and forming.

3. Wireless remote control intelligent operation, minimalist workflow

Equipped with a wireless remote control operating system, it abandons the traditional manual push-pull and high-altitude duty operation mode. A single person can remotely control the equipment to complete the entire process of fabric, steering, lifting, and other operations. The operation is simple, responsive, and precise, and zero foundation workers can quickly get started, greatly reducing the threshold and labor intensity of construction operations.

4. Strong adaptability, compatible with various high-rise working conditions

The equipment has a compact structure and is perfectly adapted to various elevator shaft spaces in buildings, without being limited by narrow construction sites or complex structures. Whether it is high-rise buildings such as residential buildings, office buildings, commercial complexes, etc., they can be stably adapted to meet the continuous pouring needs of standard floors with different heights and structures, and their versatility and adaptability far exceed traditional fabric equipment.

四大核心优势，重塑高层施工新标准

Compared to traditional tower and mobile fabric machines, elevator shaft climbing fabric machines directly hit the pain points of the industry, achieving comprehensive upgrades in efficiency, safety, cost, and construction period, and creating tangible value for engineering projects.

1. Double efficiency and bid farewell to project delays

Traditional fabric machines are time-consuming, labor-intensive, and occupy a significant amount of effective construction time for disassembly, lifting, connecting, and resetting. This equipment can be installed once and reused throughout the process, without the need for repeated disassembly and debugging, saving more than 80% of equipment installation and disassembly time and effectively improving the continuity of concrete pouring. At the same time, there are no dead corners in the fabric throughout the entire area, avoiding manual material replenishment, rework and rectification. The overall construction efficiency has been improved by more than 60%, significantly reducing the construction period and helping the project to efficiently fulfill its obligations.

2. Release tower crane resources and efficiently connect processes

Traditional pouring operations rely entirely on tower cranes for lifting and displacement, which can easily occupy the core resources of tower cranes and cause delays in processes such as steel reinforcement, formwork, and material transportation, resulting in construction faults and project delays. The climbing type material feeder in the elevator shaft can climb independently throughout the entire process without the need for tower crane cooperation, completely freeing up the capacity of the tower crane and making the interconnection of various construction processes smoother, greatly improving the overall construction progress.

3. Safety upgrade to avoid high-altitude construction risks

Traditional equipment disassembly, high-altitude takeover, and relocation operations are frequent, with extremely high risks of falling from heights, equipment collisions, and material spills. The equipment is fixed inside the elevator shaft, with a stable structure and smooth operation. There is no high-altitude disassembly or suspended operation throughout the entire process. Workers can operate remotely, stay away from high-risk work areas, avoid safety hazards in high-altitude operations from the source, significantly reduce the probability of construction safety accidents, and build a solid defense line for project safety construction.

4. Reduce costs and increase efficiency, significantly reducing construction costs

In terms of long-term construction costs, the equipment does not require frequent lifting or extensive manual disassembly and maintenance, greatly saving costs such as tower crane rental, labor hours, equipment maintenance, and pipe wear and tear. At the same time, precise pouring reduces concrete waste and rework costs. The equipment has strong durability, low failure rate, and long service life. With one-time investment and multi-layer reuse, it effectively reduces the comprehensive construction cost of the project and improves the profit margin of the project.

深耕工程所需，赋能高效施工

Under the development trend of improving quality and efficiency, and lean construction in the construction industry, traditional extensive construction equipment is no longer able to meet the needs of modern engineering construction. The climbing type material feeder in the elevator shaft has the hardcore advantages of no need for disassembly, no need for tower cranes, full range material distribution, safety and efficiency, and cost saving, perfectly adapting to the standardized, continuous, and refined construction needs of high-rise buildings.

Whether it is essential residential buildings, super high-rise office buildings, or large commercial buildings, it is a core tool for optimizing construction processes, improving project quality, reducing project costs, and ensuring construction safety. Choose an elevator shaft climbing material feeder to bid farewell to traditional construction pain points, making high-rise concrete pouring more efficient, precise, and safe, and providing protection for every engineering project!