Six characteristics of automatic feeder

　　In recent years, labor costs have become higher and higher. In contrast, the automatic feeding of punches is not only lower in cost, faster, and more accurate in feeding. This also makes the entire stamping industry realize the original manual operation from the automatic realization of no People homework. So what is the reason why the automatic feeder usage rate is so high? Let's take a look at these eight characteristics of the automatic feeder together, you will understand after reading it.

　　Automatic feeder feature 1: small structure, does not occupy too much area, ordinary split automatic stamping production line is composed of multiple equipment, the equipment directly needs to leave material buffer space, there needs to be enough distance. Some may reach more than ten meters. Nowadays, the two-in-one or three-in-one feeder has a multi-device integrated structure that reduces the intermediate distance. And there is no need to wait for the material area, and the discharging bracket device directly enters the punching die inlet, which effectively solves the problem of large area.

　　Automatic feeder feature two: High efficiency, accurate feeding, why do you say that? Because the feeder is equipped with imported servo motors, PLC controllers and other important parts, the response speed is fast and stable, which is also one of its characteristics.

　　The third feature of the automatic feeder: It is more convenient to operate, the feeding step can be set quickly and arbitrarily through the touch screen; it can also store multiple sets of data.

　　Four characteristics of the automatic feeder: the feeding pitch accuracy is high, which cannot be done manually, and the feeding error can be controlled within ±0.02mm, which can meet the production of high-demand products.

　　Automatic feeder feature five: fast feeding speed, pneumatic automatic feeder can feed up to 200 times/min, mechanical automatic feeder can feed up to 250 times/min;

　　Sixth feature of the automatic feeder: the mechanism is self-locking during the feeding gap to ensure that there is no wrong advancement of the plate and strip during other actions of the host, and will not cause a pitch error during the next feeding.