Intelligent Welding Workstation for Pumping Irregular Parts
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  • Intelligent Welding Workstation for Pumping Irregular Parts
Intelligent Welding Workstation for Pumping Irregular Parts
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  • Intelligent Welding Workstation for Pumping Irregular Parts

Intelligent Welding Workstation for Pumping Irregular Parts

Welding fixtures: The base plate and support plate are aligned in two stages. The base plate alignment uses a synchronous mechanism for automatic alignment, while the support plate is aligned using three servo cylinders. The clamping cylinder compresses the workpiece, with a clamping force of up to 1 ton, effectively securing both the base plate and the support plate. During the welding process, when the welding gun approaches the clamping cylinder, the clamping cylinder opens; after the welding gun moves away, the clamping cylinder clamps again, allowing for a single-step welding process. All positioning and clamping have displacement or torque sensor feedback, ensuring stable and reliable alignment and clamping. The alignment mechanism has sufficient stroke to accommodate the automatic assembly of the base plates for nine different machine models without manual intervention.

Classification

Product Description


 

Case Introduction:

  ·Welding fixture: The base plate and support plate are aligned in two stages. The base plate alignment uses a synchronous mechanism for automatic alignment, while the support plate is aligned using three servo cylinders. The clamping cylinder presses the workpiece with a clamping force of up to 1T, effectively securing the base plate and support plate. During the welding process, when the welding gun approaches the clamping cylinder, the clamping cylinder opens. After the welding gun leaves, the clamping cylinder clamps again, allowing for a one-time completion of the welding. All positioning and clamping have displacement or torque sensor feedback, ensuring stable and reliable alignment and clamping. The alignment mechanism has sufficient stroke to meet the automatic assembly of the base plates for nine models of turntables without manual intervention.

  ·Truss manipulator: The gripper uses a hexagonal structure to effectively avoid interference with the positioning machine fixture. It uses an electromagnet for gripping, with a coverage area that can accommodate different diameters of support plates and welded products. The suction force exceeds 1T and is equipped with cushioning and detection devices, ensuring stable and reliable gripping.

 

 

 ·Manual slag cleaning and polishing station: The manual slag cleaning and polishing platform is equipped with an automatic rotating mechanism to reduce the labor intensity of workers. The station is equipped with safety light curtains, safety doors, and other detection sensors. During manual operations, signal programs control the truss manipulator to prohibit access to the slag cleaning station. After welding is completed, the robot calls the truss manipulator to transport the workpiece to the slag cleaning and polishing platform. The safety door can only be opened after the manipulator leaves, allowing personnel to enter the slag cleaning and polishing station. Additionally, a fan-shaped laser radar is installed on the ground to ensure that when personnel are in the area, the truss manipulator cannot enter. After the slag cleaning and polishing are completed, personnel call the truss manipulator to transfer the workpiece to the finished product station, ensuring personal safety.