Capabilities – The AHV offers remarkable versatility when it comes to manipulating thick metals. It’s designed to provide the capacity to tailor production through precise rolling with asymmetrical roll positioning, minimizing the production of flat ends. This precision allows for greater flexibility in shaping and finishing. Similarly, for situations requiring maximum thickness rolling, the AHV can use symmetrical roll positioning, making it a reliable solution for various manufacturing needs. Ideal for Complex Projects Traditional machines excel at creating consistent cylindrical shapes, but the AHV is an ideal solution for projects and designs that require varying thicknesses and curves, such as car bodies or airplane wings. Strength and Flexibility The strength of the AHV lies in its robust design to handle a variety of materials and thicknesses, while its flexibility lies in its variable geometry system which enables it to cater to a variety of bending diameters and shapes. Precision and productivity For maximum thickness bending, the rolls can be positioned symmetrically on both sides, while for the straight ends, the rolls can be positioned asymmetrically to perform precise bending. Robust Body The structure of AHK is designed using Finite Element Method (FEM) analysis and is built to have optimal strength and rigidity. As a result, the bending stresses are significantly reduced, ensuring safer operation and a prolonged machine lifespan. Electronic Parallelism The AKYAPAK electronic parallelism control system is designed to deliver accurate and consistent results in rolling operations. Its longevity is ensured by its precision maintenance capability. It uses proportional valves managed by a PLC system to maintain balance and allow communication between the rolls.
