Automating transportation at sites where cranes cannot enter: 'TLEVER'

Transportation of materials, which accounts for 70% of on-site work, can be safely and automatically transported by robots, even in narrow and low passageways, with a maximum capacity of 500 kg.

Transporting heavy objects at construction sites and temporary scaffolding where cranes cannot enter still relies on human power, placing a significant burden on workers. TLEVER is a transport robot developed to solve transportation challenges in narrow, long-distance, and crane-inaccessible sites. Despite its lightweight design of approximately 28 kg, it can stably transport materials weighing up to 500 kg. Installation is as simple as laying down pipes and placing the robot. The operation is designed to be straightforward with just one button, requiring no special knowledge or training, allowing anyone to use it immediately. 【Used in such sites】 - Scaffolding and temporary sites where cranes or vehicles cannot enter - Construction sites where heavy objects need to be transported over long distances in narrow corridors - Sites where the burden of manual transport and safety risks are issues - Construction of new logistics warehouses, etc., where transportation distances are long 【Benefits of introduction】 - Significantly improves work efficiency by transporting materials weighing up to 500 kg - Contributes to overall productivity improvement at the site through labor reduction and decreased man-hours - Achieves both a reduction in worker burden and an increase in safety simultaneously With the premise of not increasing the burden on workers using it on-site, we aimed to eliminate complex structures and operations as much as possible. We envisioned a "collaborative robot" that supports human work and seamlessly integrates into the site.

Work tools