In the current era where the steel industry is accelerating its transformation towards higher precision and customization, the complexity and precision requirements of roll processing have increased exponentially. For difficult-to-machine workpieces such as high-speed steel rolls, hard alloy roll rings, and tungsten carbide composite materials, our company has launched a new generation of CNC thread milling machines. With their outstanding flexibility and intelligent control, these machines have successfully overcome the technical barriers of complex rib groove processing, providing core equipment support for the rolling of bars, wires, and sections.
This equipment is specifically designed for heavy-duty and high-precision conditions in the steel industry and boasts three core technical advantages:
1. Fully automatic variable helix and variable direction flexible processing
This machine does not require cumbersome manual adjustments and can automatically cut crescent grooves of different directions and any helix angle. Whether left-handed or right-handed, with large or small helix angles, the equipment can respond instantly to digital instructions, completely solving the "machine adjustment anxiety" when changing roll specifications and significantly shortening the product production cycle.
2. Axial arbitrary equal division / unequal division indexing technology
To meet the processing requirements of rolls with multiple holes and multiple equal divisions, this milling machine achieves high-precision axial indexing function. Operators can set arbitrary equal divisions or complex unequal divisions along the roll circumference according to the rolling process requirements, and support "space" jump processing. This breakthrough provides extremely high flexibility for roll design, perfectly matching diverse steel rolling process routes.
3. Roll "identity" in-situ engraving function
In addition to functional rib groove processing, this equipment also integrates an intelligent marking engraving module. It can automatically engrave clear product specifications, strength grades, and enterprise trademarks at any position on the outer circle and end face of the roll. This function combines "identification traceability" and "precise processing" into one, enhancing the aesthetic appearance of the roll while meeting the digital management requirements of full life cycle traceability for steel enterprises.
The successful application of this model not only marks a solid step forward in China's high-end roll processing equipment field, but also provides powerful hardware support for steel enterprises to improve quality, reduce costs, and achieve flexible production.
