Automatic CNC Riveting Machine With Rotary Table

Automatic CNC Riveting Machine With Rotary Table   Feature The workbench is used to place workpieces (the width of the workbench surface can be customized according to customer requirements), which is more efficient. Precise positioning of the XY working platform Teaching programming is simple to operate It is equipped with an electronic handwheel for convenient machine adjustment One-time training, storage and invocation, convenient and fast Three different specifications of rivets can be automatically inserted at one time Teach the preset riveting points and automatically rivet them one by one. The height of the riveting head is automatically adjusted for riveting points of different planar heights. For rivets of different sizes, different riveting times are set separately to achieve the maximum riveting quality and the best riveting efficiency. A specially designed forced pneumatic material ejection device is provided to easily complete the product discharge. For the riveted workpieces, it has a code storage function. When used for the second time, only the data needs to be directly called up. For the riveted workpieces, it has a code storage function. When used for the second time, only the data needs to be directly called up. The positioning is driven by imported Japanese servo motors, which are precise, stable and durable. The 10-inch color human-machine interface display makes operation more intuitive and easy.   Workflow 1. Start up the machine, return the system to zero, and move the worktable to the clamping position. 2. At the clamping position of the equipment, the operator places the cylinder head cover part on the positioning fixture and quickly clamps the workpiece manually. 3. Start the equipment, and it will automatically feed the positioning fixture and workpiece to the first riveting position and lock them (achieved by motor phase locking). 4. The riveting head descends for riveting (the descent distance can be set); 5. Single-point riveting is completed when the riveting head descends to the set riveting position. 6. Control the action of the riveting cylinder and retract (the retract distance can be set); 7. Move the workpiece and fixture longitudinally and laterally to the next riveting point. 8. Repeat steps 4 to 7. After riveting is completed, the equipment automatically moves the positioning fixture and the workpiece to the manual operation position. 10. Complete one riveting operation  

Automatic Double Workstation CNC Servo Riveting Machine

Automatic Double Workstation CNC Servo Riveting Machine   Features The workbench is used to place workpieces (the width of the workbench surface can be customized according to customer requirements), which is more efficient. Automatically rivets each preset riveting point one by one. The height of the riveting head is automatically adjusted for riveting points of different planar heights. For rivets of different sizes, the riveting time is automatically adjusted to achieve the maximum riveting quality and the best riveting efficiency. A specially designed forced pneumatic material ejection device is provided to easily complete the product discharge. For the riveted workpieces, it has a code storage function. When used for the second time, only the data needs to be directly called up. For the riveted workpieces, it has a code storage function. When used for the second time, only the data needs to be directly called up. The positioning is driven by imported Japanese servo motors, which are precise, stable and durable. The 8-inch color human-machine interface display makes operation more intuitive and easy.   Technical parameters 1) X-axis working range: Max. 500MM. 2) Y-axis working range: Max. 300MM 3) Positioning accuracy: 0.1MM 4) Repeatability accuracy: 0.05MM 5) Number of NCS: 3 axes 6) Z-axis movement range: Hydraulic stroke: 30mm, numerical control stroke: Max.150mm. 7) Program capacity: More than 100 sets. 8) Processing points: More than 100 points. 9) Positioning: 2-axis linkage, with manual control for the movement of the X, Y, and Z axes. 10) Workpiece positioning: Manual positioning. 11)X, Y speed: Maximum 400MM/S 12) Lead of X and Y lead screws: 10MM; Z-axis lead screw lead: 5MM 13) Monitoring signal: Touchscreen display 14) Fault display: Touchscreen display 15) Teaching box: Make your own teaching box 16) Programming method: Teaching demonstration