The automatic screw sorting module mainly sorts the scattered screws neatly and outputs them individually. The array module can be realized through the vibrating plate selection structure or through the arm screw array structure.
The automatic screw transport module mainly transfers the arranged screws individually to the top of the working head of the screw tightening module.
The automatic screw tightening module includes a rotational driving force part and a screw introduction part. The common screw introduction methods include air blowing inspection type and suction type. Generally speaking, the air blowing inspection type is more efficient than the suction type because the work is continuous and does not require moving the head back and forth. However, the air blow inspection method itself is limited by the appearance design and aspect ratio of the screw, and not every screw is suitable for the air blow inspection method. The inspection module includes inspection of leaky locks, floating locks, stuck materials and other problems of screws.
Common automatic locking screw machines should also include functions such as product workpiece alignment and screw hole alignment.
The most common ones are single-axis screw tightening systems and multi-axis screw tightening systems.
The dual-axis screw tightening system cooperates with the X-Y robotic arm or transfer platform to complete automatic screw tightening. XY-table automatic screw locking machine is very suitable for screw locking with porous structure of single product workpiece, and has high working efficiency.
The portable automatic screw locking machine can transport and lock screws in one go, eliminating the need to pick up screws by hand. It further improves productivity and saves manual services, so you can type as fast as you want. Every time a screw is driven, the equipment will automatically send it to the batch nozzle. In addition to portable automatic screw machines, there are also automatic screw machines on the market currently, which are controlled by computers. By inputting the drawings into the computer, the screwing position can be controlled by the computer without manual operation. In addition to the screw locking machine that locks individual screws introduced above, there is also a multi-axis automatic screw locking machine on the market. A multi-axis automatic screw locking machine can lock multiple screws at the same time and can replace multiple workers; for example, a 16-axis automatic screw locking machine can lock 16 screws at the same time. The number of axes can be customized according to customer requirements; the locking time of each screw is approximately 2s; the equipment is the most cost-effective, and the cost can generally be recovered within one year.