AIERMA press brakes are meticulously engineered to deliver exceptional power, productivity, and versatility, making them an ideal choice for a wide range of industrial applications.

Constructed through a robust framework and incorporating advanced technological features, these machines are designed to ensure consistent and reliable performance.

Flawless repeatability, even when handling challenging materials, from soft brass to high-strength chrome and molybdenum, demonstrating their adaptability and precision.

AIERMA CNC Pipe Bending Machine transforms tubes up to [X] mm diameter with absolute precision.

Fully servo-controlled for speed and silence, it handles multi-radius bends in a single cycle without compromising wall integrity.

Intuitively touch screen programming, automatic mandrel lubrication, and a rigid mechanical structure deliver flawless repeatability for high-volume automotive, furniture, and shipbuilding projects. Serious power, intelligent control.

The AIERMA hydraulic guillotine shear is equipped with advanced automation features that allow for precise and efficient operation.

The blade gap, cutting angle, and cutting length are all automatically adjusted based on the material selection and thickness, ensuring optimal performance and consistent results.

AIERMA plate rolling machines are widely recognized for their exceptional precision, user-friendly design, and intuitive operation.

These advanced machines are engineered to facilitate the efficient and rapid rolling of plates, making them a preferred choice in the mid-to-heavy application segment. Renowned for their cutting-edge technology.

AIERMA Fiber Laser CNC Pipe Cutting Machine makes complex tube profiling simple. Cut Anything But Corners. 

Sharp 3D cuts, weld-ready bevels, and intricate slots on any metal profile. With an auto-loading/unloading system, intelligent nest programming, and a high-speed laser head, you'll turn raw tubes into finished parts faster than ever.

Precision down to the micron, built for non-stop industrial performance.