What is the working principle of a screw tightening machine?
AutomaticScrew TensionerThe basic working principle is mainly completed through feeding, clamping, and placement. The specific process is as follows:
（1Feeding: Select feeding methods such as drum, hook screw, turbine, and vibration plate, sort the screws of the vibration guide rail by time, transmit them to the screw distribution system software, and then send the distributed screws to the clamping nozzle below. The effect of the air tube pressure.
（2The locking mechanism: The electric screwdriver moves forward, backward, left, and right within the desktop space. The main shaft features upper and lower limit switches. Position the drill bit nozzle at the top of the screw hole, secure the limit switch, ensuring the drill bit does not touch or scratch the product. Once the screw hole is aligned, the machine pushes the electric screwdriver down. The electric screwdriver has a downward pressing function. As the screw contacts the screw hole, the electric screwdriver is activated to secure it. When locking is complete, the electric screwdriver stops rolling. The machine raises the electric screwdriver, and the screw is sent to the nozzle. The automatic screwdriver then moves the electric screwdriver to the next screw hole for continuous screw tightening.
（3Manual Operation: Workers place the products onto the fixture, then wait for the machines and equipment to secure the items, switch products, and place them as secured items. The spiral automatic screwdriver is easy to operate, time-saving, and labor-saving, capable of saving labor and improving the efficiency of the firm's clamping station.
Self-lockingScrew Tensioner MachineOur development has expanded across industries such as machinery, electronics, metallurgy, transportation, aerospace, and more. In recent years, the intelligence level of screw-locking robot technology has been continuously improving, and it is rapidly influencing people's daily lives!
