The screw packaging machine replaces the pre-made bag method, reduces labor costs, improves work efficiency, and reduces the precious investment of the factory. It is a new type of factory automation technology. It is suitable for automatic counting and packaging of the auxiliary installation screws of electricians, electrical appliances, lighting, hardware and building materials manufacturing industries.
The KALLY screw packaging machine can pack a variety of screw samples, and can work simultaneously or independently. The special screw sample vibration plate, slide rail line device and precise counting control device ensure the accuracy of each bag. It is accurate to measure materials with uniform shape and uniform density and conforms to national measurement standards. With the advanced cursor tracking system of the screw packaging machine, there is a trademark wrapper on the packaging, and the complete pattern of the trademark pattern can be obtained. Shanghai Screw adopts PLC programmable control system, which can stop automatically when failure occurs and alarm automatically. It is safe to use and easy to maintain. Measuring, bag making, filling, sealing, cutting, counting, etc. can all be done automatically.
The hardware screw packaging machine adopts an intelligent temperature controller to control the horizontal and vertical sealing temperature in both directions, so that the sealing is firm, the seal is good, the bag shape is flat, beautiful and beautiful, and the packaging efficiency is high. The bag-making system uses stepper motor subdivision technology to automatically track and locate the color code of the packaging bag, and easily complete the bag-making operation and adjustment, with high speed, stable operation and low noise. The modern photoelectric tracking system and automatic compensation function ensure that the double-sided printing of the packaging bag is automatically aligned, and the packaging material utilization rate is high.
At present, most of the screw counting packaging machines used in the country are ordinary packaging machines, and safety issues have become a major obstacle to their development. Through automatic transformation of ordinary packaging machines, the processing efficiency, automation and intelligence of the packaging machines can be greatly improved. Operators are less likely to touch dangerous parts. The operating system and operation interface are more and more in line with the requirements of ergonomics, which can effectively reduce the rate of operation errors and reduce accidents caused by errors.
