Global Bestseller
Adoption of cutting-edge technology, bionic design adaptability, intelligent control, precise and safe operation
Jining Jiashi Brothers Intelligent Equipment Co., Ltd. focuses on the research and development, production and sales of Spider Crane. With exquisite manufacturing technology, the company creates spider cranes with excellent performance and reliable quality, which are suitable for operations in small spaces and complex terrains. Adhering to the customer-first concept, providing professional selection suggestions and comprehensive after-sales services, we are your reliable spider crane production expert.
Adoption of cutting-edge technology, bionic design adaptability, intelligent control, precise and safe operation
Customized services, professional teams provide full support throughout the process, adapt to complex working conditions
Pre-sales matching, after-sales troubleshooting, 24/7 support, zero distance, zero time difference services, efficient completion of the project
Follow international safety standards, with multiple inspections to resist corrosion, wear, ensuring long-lasting equipment
Spider cranes are suitable for various complex working conditions, such as construction, municipal engineering, and the oil and gas industry, due to their compact design and powerful lifting capacity
Glazing Works
Restricted Access
Rooftop Work
Curtain Wall installation
The rooftop deployment of the lightweight Mini Spider Crane has revolutionized our construction process. Its 'ready-to-install, ready-to-hoist' feature not only solves the space limitation problem of rooftop operation, but also realizes the project goal of 'short cycle, low cost and zero loss'.
In glass installation projects, the spider crane, with its compact body design (width ≤ 1.5 meters, height ≤ 2.8 meters), can be directly transported to the working level of high-rise buildings through standard passenger elevators (load capacity ≥ 2 tons).
In the 126 heavy-load lifting tasks involved in this project, the 8T spider crane never had to stop for adjustment due to unstable support. The average time for a single task was shortened by 25%, while avoiding the risk of equipment damage caused by shaking.