Our new 4-roller line offers many advantages. It is the easiest to use hydraulic press brake, thanks to the ability to clamp the plate between two motorized center rollers, pre-bend at the ends, and bend in one direction and through the entire body in one pass. Due to the constant squeezing of the center roller, the board remains square without slipping during pre-bending and bending cycles. This makes our 4-roller machines ideally suited to be controlled by NC or CNC.This machine is reliable and effective. The parallelism of the side rollers is controlled by a torsion bar system attached to both ends of the side rollers, eliminating the disadvantages of additional encoders and special hydraulic balancing valves. The two center rollers are driven by hydraulic motors and efficient planetary gearboxes coupled directly to the rollers. The MG solution assembles the rollers on sealed bearings without auxiliary parts, which reduces the dispersion of applied forces caused by friction of various components (commonly used in synchronization systems of other press brakes).The side rollers move up and down on planetary oscillating guides: the perfect geometry eliminates the disadvantages of linear gears. This allows us to have hydraulic pumps with lower flow motors, thus saving energy.

​The plate rolling industry is witnessing a transformative wave of innovations, ranging from variable geometry plate rolls to specialized plate rolling machine attachments. These advancements are not only changing the way metal plates are bent but also enhancing the overall efficiency and maintenance of plate rolling machines.

​In the world of sheet metal fabrication, plate bending and rolling are fundamental processes that have seen remarkable advancements over the years. Key innovations include the utilization of CNC plate rolling machines, three-roll and four-roll plate bending machines, and the adoption of hydraulic systems for precise control.

Industrial automation is at the heart of the future of metalworking, and CNC manufacturing is leading the charge. This advanced technology is revolutionizing the industry, offering efficiency, precision, and versatility.

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​Precision engineering, fueled by the capabilities of CNC machining, is reshaping industries worldwide. In particular, the art of circular forming is thriving, producing a wide array of components used in various sectors, from aerospace to consumer electronics.

​In the realm of automotive manufacturing, CNC machining is the driving force behind the production of high-precision automotive parts. This technology has revolutionized the way components are fabricated, enhancing both quality and efficiency.

Metal fabrication is undergoing a renaissance, thanks to the capabilities of CNC lathes. These machines are elevating the craft of creating intricate components, including spun parts and hollow parts, which are integral to industries like automotive and aerospace.

​CNC lathes are at the forefront of precision engineering, reshaping the landscape of metalworking. These high-precision machines are revolutionizing the production of intricate components like spun parts and hollow parts, which are vital in industries ranging from aerospace to automotive.

​Metalworking has evolved significantly, and at its core is the integration of advanced technologies like CNC programming. This technology is redefining how metal components are fabricated, offering unprecedented precision and customization.

​The field of metal forming is undergoing a transformative phase, driven by innovations in technology and techniques. This sector, encompassing various methods like sheet metal processing and rotation forming, is experiencing a surge in precision and efficiency.

​In the world of manufacturing, precision is a hallmark of quality, and the art of precision spinning is setting new standards. This specialized metalworking technique relies on the precise control offered by CNC technology.