What are the characteristics of pneumatic baler?

Pneumatic baler is a friction welding baler. Overlapping thermoplastic packing tapes are bonded together by heat generated by frictional motion. The principle is to wrap the product or package with a binding tape, then tie it tightly, and use the thermal effect to melt the two ends or connect them with materials such as buckles. This is a friction welding baler. Overlapping thermoplastic balers are combined by the heat generated by frictional motion, so the compressed air called "friction welding" presses the piston of the cylinder downward. The piston and the upper part of the vibrator are connected by locating pins, and the vibrator presses down the overlapping part of the baler. There is an oval hole on the vibrator, which is connected with the eccentric shaft of the pneumatic motor. The pneumatic motor rotates at high speed to make the vibrator move back and forth quickly. The lower part of the packing belt is fixed by the triangular teeth of the bottom die, and the upper part is driven by the triangular teeth of the vibrator, so the friction is intense. In this way, the overlapping part of the packing belt is overheated and welded, and when the vibration timer is set to the end, the welding is finished. The upper and lower parts of the packaging tape are bonded together during extrusion and allowed to stand for a few seconds to ensure that the welded joint has cooled down. Packers, also known as balers, are divided into automatic balers, pneumatic balers and portable balers. The principle of baler is a machine that wraps the product or package with a strap, then tightens it, melts both ends through thermal effect or connects them with buckles and other materials. The function of the strapping machine is to make the plastic belt cling to the surface of the bundled package, to ensure that the package will not be scattered due to loose strapping during transportation and storage, and at the same time, it should be bundled neatly and beautifully. Brand baler technology is adopted, and now the whole machine adopts double-loop control design, which is more stable and reliable than the previous single-loop control performance. Double-loop control reduces the internal load of the machine panel and makes the operation between the loops of the baler structure more stable. As a baler manufacturer, our performance is superior, the quality is more reliable, and the inspection and debugging are simpler and more convenient. We are the first to adopt photoelectric control for disengagement. The working principle of automatic baler is to complete packaging through tension, heat capacity, tape cutting and bonding.