High speed wire rolling machine GS-3000

Thread rolling is a cold-forming technique that shapes threads through the plastic deformation of metal materials. This method is capable of producing external threads across a wide range of diameters and offers several significant benefits. It ensures high production speed, excellent surface finish of the threads, and improved strength and surface hardness. The formed threads maintain consistent precision and durability, fully meeting mechanical performance requirements. As a result, this technique is extensively applied in the fastener manufacturing and general machinery industries due to its reliability and efficiency.

Drawing on the strengths of similar equipment both domestically and internationally, our high-speed thread rolling machine has undergone multiple rounds of upgrades and optimizations, placing it at the forefront of the industry. It is specially designed for processing various new types of special-shaped nails, such as ring shank nails and threaded nails.

This machine offers a range of advantages. It features an electromagnetic vibration feeding system combined with an automatic feed control unit to ensure precise material input. Its synchronized feeding mechanism enhances operational stability. The main motor uses a variable-speed design, making it easy to adjust output based on production requirements. Additionally, the machine operates in a clean environment and produces nails with a smooth and polished finish, ideal for high-quality applications.

This equipment features a well-designed structure, simple operation, and stable performance. It is a highly efficient and practical machine suitable for processing straight threads of different lengths and diameters, as well as various shaped nail products.

The core components of the machine include four main systems: the vibration feeding mechanism, thread forming unit, primary drive system, and the electrical automation control system. These components coordinate seamlessly to ensure precise, consistent, and high-speed thread processing results.