Intelligent Gantry Truss Manipulator
The intelligent gantry truss manipulator is a highly automated industrial robot system with a gantry truss structure robotic arm. It is equipped with an intelligent control system and various sensors to achieve high-precision and efficient material handling and processing operations.
The truss manipulator is a fully automatic industrial equipment based on the rectangular X, Y, Z three-dimensional coordinate system, which can adjust the workpiece position or realize the trajectory movement of the workpiece. The truss manipulator can transport objects and operate tools to complete various operations. It has fast speed, high precision, and good dustproof and antifouling properties. A complete set of material handling and storage equipment is designed for processing to meet the needs of actual machine tool production lines. The truss robot consists of the truss robot system, suction cup system, electrical system, software system, bridge, material rack, conveyor system, RGV system, KBK, etc.
Features:
● High-precision handling: The intelligent control system can accurately control the movement and position of the robot, enabling high-precision material handling and placement, and is suitable for automated operations in various production lines and assembly lines.
● Wide coverage: The gantry truss structure allows the robotic arm to move freely within a wide range, covering a wide area and suitable for handling and processing of large workpieces.
● Strong load-bearing capacity: The design and structure of the robotic arm give it a strong load-bearing capacity and can carry and handle heavier materials.
● Multiple operating modes: The gantry truss manipulator can switch to multiple operating modes according to needs, including grabbing, placing, assembling, welding, etc., with high flexibility and customizability.
● Safe and reliable: The robotic arm is equipped with a variety of safety protection devices, such as collision detection, emergency stop buttons, etc., to ensure safety and stability during operation.
Product advantages:
● Provide a safer working environment, reduce manual labor intensity and reduce labor risks;
● Reduce the workload in the process and reduce production downtime and inventory;
● Improve the competitiveness of enterprises, improve working conditions and gradually increase production efficiency;
● Strengthen and controllable production capabilities and accelerate product upgrading;
● Improve parts processing capabilities and product quality.