KBK Light Crane

Workstation bridge cranes (also known as KBK cranes or light-duty crane systems) are modular, self-supporting light-duty lifting equipment suitable for material handling in workshops, assembly lines, and warehouses. The system uses standardized modular components. You can configure it in single-rail, double-rail, or suspended layouts. This flexibility meets various spatial and operational requirements. It features easy installation, no reliance on the factory roof for load-bearing, and strong expandability, effectively improving handling efficiency, reducing labor costs and operational risks, helping companies optimize space utilization, reduce energy consumption, and increase production efficiency.

Rail System: Provides the longitudinal movement path of the bridge, using standardized independent rails that can be flexibly arranged in straight lines, curves, or multi-layer layouts to adapt to different spatial structures.

Bridge Beam: Connects the rails on both sides, carrying the trolley; its lightweight structure and high load-bearing capacity make it the core of the main beam structure.

Moving Trolley: Moves laterally along the bridge beam, carrying and precisely positioning the load; available in manual and electric drive versions.

Lifting Mechanism: Typically an electric chain hoist or wire rope hoist, responsible for the safe and efficient vertical lifting of materials, and can integrate specialized tools such as robotic arms for expanded functionality.

Support and Suspension Device: Includes columns and beam supports, forming a self-supporting rigid frame to ensure overall system stability, eliminating reliance on the factory roof structure.

Electrical Control System: Coordinates the actions of all components, achieving smooth operation and precise position control.

All components are designed with standardization, offering excellent compatibility and flexibility. The lifting range typically covers 250kg to 3000kg, meeting the high-precision operation requirements of various industrial scenarios.

• Self-supporting design: Eliminates the need for complex factory modifications or roof reinforcement, saving significant time and costs.
• Flexible layout: Supports straight rails, curved rails, switches, and turntables, configurable into straight, curved, closed-loop, and even multi-layer track systems.
• Multiple options: Lifting capacity ranges from 250kg to 3.2 tons, operating temperature ranges from -20℃ to +60℃, offering single/double beam, rigid/flexible, and aluminum alloy structural options, widely applicable to various industrial environments, including special occasions with cleanliness requirements.
• Superior performance: Lightweight yet possesses strong load-bearing and large-span capabilities, ensuring smooth operation and precise positioning.

• Multiple drive options: Supports manual, electric, or fully automatic operation, easily integrating into intelligent production lines to improve efficiency.
• Rugged and durable: Utilizes high-strength materials and a robust structure to ensure long-term safe and stable operation.
• Easy maintenance: Modular design allows for quick and convenient daily inspections and component replacement, effectively reducing maintenance costs.

• Automotive manufacturing: In automotive production lines, freestanding workstation cranes are used for the transportation, assembly, and inspection of parts.
• Electronics manufacturing: Freestanding Bridge Cranes are equipped with a precision control system, which can stably transport and position electronic components to avoid damage during transportation.
• Food processing: Freestanding Bridge Crane systems are made of clean materials that meet hygiene standards. Suitable for the transportation and storage of food raw materials and finished products, as well as for material handling in production lines.
• Pharmaceutical manufacturing: In pharmaceutical manufacturing, Freestanding Bridge Crane systems are used for the transportation and packaging of pharmaceutical raw materials and finished products.
• Warehouse logistics: For loading and unloading, sorting, and storage of goods.