Supply of fully automatic wheel double-sided heading machine

Dongguan Lanwei Automation Technology Co., Ltd. supplies fully automatic wheel double-sided heading machines and supporting services to industries such as communications, electronics, electrical appliances, rubber and plastics, automobiles, office equipment, packaging and toys. The types of services include electrical integration equipment, fully automatic lid closing machines, automatic welding machines, wheel defective product inspection machines, toy peripheral processing equipment, precision parts processing, jig and component manufacturing, assembly tooling, jig design and manufacturing, non-standard equipment design and manufacturing, small molds and entire products. Flow equipment design and processing.
A manufacturer integrating multiple processing capabilities. Excellent quality and fast service are our commitment to our customers. We are confident that we will become the most reliable and long-lasting partner for our customer base. We also sincerely hope to work closely with customers to achieve win-win development.
Toy wheel automatic thread cutting and heading machine places the entire coil of wire on the shelf, automatically feeds the wire, cuts and assembles the thread. Thread two wheels into a shaft and taper on both sides for toy wheels. Thread two wheels into an axle and tap on both sides for toy wheels. Automatic straightening, cutting, assembly and heading machine for the whole coil
As the only component connecting the vehicle body and the road, tires are almost all generated by their interaction with the road, except for air resistance. The mechanical properties of tires play an extremely important role in the vehicle's handling stability, comfort, dynamics and braking safety. Quantitative analysis and research of vehicle performance and the design and development of advanced chassis control systems rely heavily on the research of vehicle dynamics models and tire dynamics models. Many foreign automobile manufacturers have put forward various requirements for the reasonable matching of tires and automobiles, such as envelope characteristics, handling stability and traction adhesion. Therefore, simplifying and establishing a reasonable tire dynamics model is of great significance to the development of new tire products and the analysis of vehicle performance