Power-Assisted Manipulator

Power-assisted manipulator can perform three-dimensional spatial transfer actions such as gripping, carrying, flipping, docking, and fine-tuning angles of heavy objects. They provide ideal assisted handling devices for material loading/unloading and assembly of production components. While reducing labor intensity and improving the safe handling of materials, power-assisted manipulator can also provide system solutions for special environments such as explosion-proof workshops and hazardous locations inaccessible to personnel.

With easy operation by operators, they can perform many of the complex tasks of automated robots, while having significantly lower production and operating costs. Their application range is wider, and they offer greater flexibility and mobility. They will play a significant role in optimizing production in industries such as automotive manufacturing, home television and telecommunications, metal manufacturing, casting, aerospace, papermaking, food and tobacco, glass and ceramics, pharmaceuticals, and chemical and petroleum industries.

Power-assisted manipulator, also known as a manipulator, balancer, or balancing hoist, is a novel and power-saving assistive device used for material handling and installation. They cleverly apply the principle of force balance, allowing operators to push and pull heavy objects to achieve balanced movement and positioning within space. The heavy object floats during lifting or lowering, and the air circuit ensures zero operating force (in reality, due to manufacturing processes and design cost control, the operating force is judged to be less than 3kg). The operating force is affected by the weight of the workpiece. No skilled inching operation is required; the operator can correctly place the heavy object in any position in the space by pushing or pulling it by hand.