Applied to photovoltaic glass: paper removal machine, loading table, transfer table

Production Line Composition:

· OP-1: Electric Control Box

· OP-2: Fence Opening

· OP-3: Rotating Material Rack (SY-1265A)

· OP-4: Cross-shaped Robotic Arm (SY-1265-1Z) with two waste paper carts

· OP-5: Rapid Glass Turner (SY-1265C)

Production Line Layout: A standard LAYOUT (STEP format) can be provided upon further design.

Standard Process Flow Overview:

1. Start the equipment and perform a no-load run to confirm that all parts are functioning well before starting production.

2. Use a forklift to place the required raw glass sheets and racks on our base, retaining removable fixing pins. If packaged in wooden boxes, they need to be disassembled in advance.

3. The raw glass sheets are grabbed by the suction cups of OP-3 and flipped to the horizontal plane, then transported to the exit position by belts and rubber wheels. The lower machine gives a signal to execute the flow or wait. During this interval, the suction cups can rise again to wait for the next flipping signal, improving the takt time.

4. OP-2 is responsible for removing the paper between the raw glass sheets during the flipping intervals by OP-3 and transferring them to the waste paper box.

5. OP-1 has an automatic side-changing function, and OP-2 is equipped with a paper pressing mechanism on top of the raw glass sheets to prevent the paper from being moved or falling off due to static electricity. The last piece of paper may need to be picked up manually.

6. When one side of the glass is depleted, the machine can be set to alarm and stop automatically, requiring manual intervention for side changing, or it can be set to automatically change sides in the program. After changing sides, an operator can reload a pack of glass or wait until both sides are completed before replenishing.

7. This completes the entire process flow of our equipment, achieving unmanned operation under standard process flow conditions. (For control system alarms, operators should immediately stop work upon receiving the alarm and troubleshoot the fault area and specific cause based on the alarm code.)

Key Equipment Parameters and Configurations: (Detailed descriptions for OP-1, OP-2, and OP-3 are omitted here for brevity but can be expanded similarly.)