Articulated robot

6-axishandlingpackaging

Why add a robotic arm to the production line? In traditional adhesive production lines, the material feeding and packaging stages remain the most labor-intensive, least efficient, and risky parts. For example: - Raw material bags are heavy, dusty, and hot. - The packaging process requires repeated handling, weighing, and sealing. - Operators are prone to fatigue due to prolonged high-intensity work. To address these pain points, more and more companies are choosing to integrate robotic arm systems into their production lines to achieve full-process automation. Typical Applications of Robotic Arm in Production Line 1. Automated Feeding System - The robotic arm, using visual positioning or preset coordinates, can accurately grasp raw material bags or drums and feed them into designated feeding ports. - It identifies different packaging types (bags, drums, boxes). - It can be used with automatic unpacking machines and bag-breaking machines. - The feeding process is fully sealed, reducing dust pollution. - It integrates with a PLC system to achieve automatic weighing and proportional control. 2. Material Handling and Loading Process - Robotic arm can be used to move raw material drums or intermediate containers to the reactor loading port, mixing station, or storage tank. - This replaces manual forklift handling. - It automates production workstation connections. - It reduces human error and safety hazards. 3. Automated Packaging and Palletizing System - In the packaging stage after material unloading or forming, the robotic arm can automatically grab, pack, seal, and stack the packages. - It is equipped with a vision inspection system to identify the shape and position of the packaging. - It automatically adjusts the gripping angle and force. - It supports switching between different packaging sizes. - Combined with a conveyor belt and weighing system, it realizes a fully automated packaging line. Main Value of Robotic Arm 1. Improved Efficiency and Capacity - Continuous 24-hour operation. - High operational precision and stable cycle time. - Feeding and packaging speed increased by 30%~50%. 2. Reduce Labor and Safety Risks - Reduce the number of personnel working in high-temperature, high-dust, and high-intensity work areas. - Reduce operation errors, raw material waste, and occupational injuries. 3. Achieve Digital and Intelligent Management - Integrate with MES/PLC systems for real-time data collection. - Material feeding ratios, packaging weights, and equipment status are traceable. JCT not only provides mixing equipment, molding systems, and filling systems, but also offers robotic arm automation systems to customers, forming complete production units. Technical Specifications / Features: - Automated feeding, handling, packaging, and palletizing for production lines - Visual positioning or preset coordinates for accurate material handling - Integration with PLC and MES systems for automation and traceability - Vision inspection system for packaging identification - Supports various packaging types and sizes (bags, drums, boxes) - Reduces dust pollution with sealed feeding process - Continuous 24-hour operation capability - Increases production speed by 30%~50% - Reduces labor, safety risks, and operational errors