CNC Press Brakes – ELITE Series

The ELITE Series CNC Press Brakes are professional sheet metal bending machines designed for maximum performance, precision and ease of operation. Featuring advanced CNC control and modern hydraulic systems, these machines guarantee consistent bending accuracy and repeatability, even for complex shapes. The ELITE Series stands out for its rigid construction, energy-efficient drives and intuitive control panels, making setup and retooling faster and more efficient. Perfect for medium and large-scale production environments, these machines combine reliability, productivity and long service life — an ideal choice for modern sheet metal fabrication.

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CNC Press Brakes – ELITE Series

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Cormak ELITE CNC Press Brakes are robust, well-engineered machines built for precision and long-term stability in daily operation. A rigid frame, refined kinematics and precision-guided ram ensure consistent bending angles and smooth edges across the entire workpiece. The intuitive CNC control simplifies setup, program storage and quick parameter adjustments, ensuring stable quality from the first to the last part — with minimal material waste and downtime.

The ELITE Series performs equally well in prototype work and full-scale production. Ergonomic design, a clear operator interface and logically arranged access points improve workflow efficiency and comfort. Reliable parameters translate into predictable production costs, while high-quality components extend service life and reduce the risk of unplanned stops.

In practice, operators gain a press brake that combines bending precision with operational comfort and real-world efficiency. The ELITE Series is a popular choice where reliability, repeatability and edge finish quality are essential. Configurations can be expanded with accessories to enhance ergonomics and throughput — all without compromising precision or stability.

ELITE CNC Press Brakes by Cormak represent a smart investment in precision, time-saving and long-term durability — engineered for the demands of modern metal fabrication.