Mechanical CamEarlyTraditional “Pillow Packaging Machine"Commonly adopted"Transmission Structure，Mechanical CamTransmissionThe structure boasts stability in operation, but its drawbacks include low packaging efficiency, prone-to-damage mechanical construction, and significant noise from the machinery. Ensuring封装 precision is challenging, and adjustments are both complex and troublesome.
In comparison, electrical transmission mechanical structures are simple in design, offer high precision, produce minimal noise, and are easy to adjust. Therefore, currently, “Pillow Packaging MachineThe transition has been from mechanical to electrical transmission.
“All-Servo Pillow Packaging MachineThe solution primarily consists of industrial automation products, including the AC servo drive series, Human-Machine Interface (HMI) series, and servo motor series.
The servo driver, as the perfect crystallization of intelligent servo systems and drivers, merges three servo units into a single mounting base with the "One Machine, Three Axes, Smarter and More Flexible" approach. It features seamless, synchronized control of the three axes, offering powerful flexibility, enhanced stability, superior precision, and more accurate control.
Servo DriverIntegrating both motion controller and sequential logic controller, it combines the functionalities of a motion controller, enabling real-time control and switching of axis sequences for enhanced application benefits. It also offers various interpolation features, inserting commands based on motion requirements, which are synthesized and executed synchronously by the controller. This allows for direct interpolation control of linear, circular, and helical movements within the drive. The new gantry control architecture boasts rich internal instantaneous exchange of three-axis control information, breaking through axis load inertia for both rigid and general mechanisms, synchronously driving all axes to achieve precise control.
Compared to most on the market,High-Speed Pillow Packaging MachineOur solution requires a configuration of three servo drives with a PLC. Our approach utilizes a three-axis pillow block motion control to achieve a drive-in-one effect, offering higher precision, faster speed, and easier operation. It allows for multi-axis expansion without the need to replace the controller, catering to different customers' machine setup preferences and aligning with the future development needs of packaging equipment.
