The JIECHANG Intelligent Lifting Column Series is a core motion component specifically designed for robotics serving as the "waist and legs" of a robot. It is responsible for precisely and stably adjusting height and posture directly expanding the robot's operational field of view and range of motion. Its core highlights include: Firstly it boasts exceptional load-bearing and anti-torque capabilities ensuring platform stability without drift during dynamic movement or load-bearing operations thereby laying the foundation for precise manipulation. Secondly it integrates intelligent drive and closed-loop control systems offering swift response smooth motion and enabling real-time communication with the robot's "brain" via mainstream industrial buses for intelligent collaboration. Furthermore the series features a compact design that efficiently saves internal space within the robot along with strong environmental adaptability such as a wide operating temperature range allowing reliable performance from indoor settings to complex outdoor scenarios. This product series is widely used in various mobile robot platforms. It serves as a key module enabling flexible lifting functions for warehousing and logistics robots security and inspection robots commercial service robots and task-oriented collaborative robots supporting the solid advancement of the robotics industry into broader application fields.
Product Specifications
Taking the JIECHANG Intelligent Lifting Column JCLCTN-3 as an example its product highlights are prominent. Firstly it combines strong load-bearing capacity with excellent anti-torque capability featuring a dynamic load of 800N a static load of 1000N and the ability to withstand static lateral torque of up to 300Nm. This ensures platform stability during robot movement or operations. Secondly it offers fast and precise lifting with a speed of up to 60mm/s and smooth response enabled by servo closed-loop control. Thirdly it features high integration and intelligent collaboration with a compact structure and support for EtherCAT/RS-485 communication allowing real-time data feedback and command reception while seamlessly integrating into the robot’s intelligent control system. Fourthly it exhibits strong environmental adaptability capable of stable operation within a wide temperature range of -10°C to 55°C.
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