The multi-press head has a die-structure that houses up to 96 tools needed for production. Each tool is actuated individually and is always available. The multi-press head guarantees high punch-die alignment precision, and thus machining quality, with reduced cycle times, eliminating in-cycle set-ups and the related waiting times.

The manipulator centers the sheet when machining begins. It has a maximum stroke of 3030 mm which allows sheets of up to 3048 mm to be machined without regripping, and has 9 pincers with independent opening, extending the possibility of machining nests without any holding scrap and reducing scrap by optimizing sheet metal use. It has a patented hand-over system that modulates the dynamics according to the weight of the sheet metal being processed.

The shear is composed of two 500 mm blades, which are independent and orthogonal to each other, equipped with blankholders, for cutting any length. Installed next to the multi-press head, the shear is unique on the market, ensuring optimal, constant alignment and superior machining quality. It also ensures advantages in terms of process quality as, compared to separation by punch, it reduces the cycle time, does not erode the material, improves optimization and minimizes scrap.

Upper and lower blade, counterblade and blankholder are the four universal tools used to process the whole range of thicknesses and machinable materials, from 0.4 to 3.2 mm, during the cycle and without machine down times or manual re-tooling.

The sheet metal is centered, just once at the start of the process, against controlled mechanical stops: the cycle time is minimized and any precision errors are all absorbed by the first bend. The mechanical stops are a further guarantee of finished panels of the correct size, every time. 

Developed over the years, the bending formula defines the force and manages the movements of the universal tools, analyzing different parameters in real time, including deflections, temperature and thickness, guaranteeing the precision, repeatability and quality of the finished product.

The multi-press head has a die-structure that houses up to 96 tools needed for production. Each tool is actuated individually and is always available. The multi-press head guarantees high punch-die alignment precision, and thus machining quality, with reduced cycle times, eliminating in-cycle set-ups and the related waiting times.

The manipulator centers the sheet when machining begins. It has a maximum stroke of 3030 mm which allows sheets of up to 3048 mm to be machined without regripping, and has 9 pincers with independent opening, extending the possibility of machining nests without any holding scrap and reducing scrap by optimizing sheet metal use. It has a patented hand-over system that modulates the dynamics according to the weight of the sheet metal being processed.

The shear is composed of two 500 mm blades, which are independent and orthogonal to each other, equipped with blankholders, for cutting any length. Installed next to the multi-press head, the shear is unique on the market, ensuring optimal, constant alignment and superior machining quality. It also ensures advantages in terms of process quality as, compared to separation by punch, it reduces the cycle time, does not erode the material, improves optimization and minimizes scrap.

Upper and lower blade, counterblade and blankholder are the four universal tools used to process the whole range of thicknesses and machinable materials, from 0.4 to 3.2 mm, during the cycle and without machine down times or manual re-tooling.

The sheet metal is centered, just once at the start of the process, against controlled mechanical stops: the cycle time is minimized and any precision errors are all absorbed by the first bend. The mechanical stops are a further guarantee of finished panels of the correct size, every time. 

Developed over the years, the bending formula defines the force and manages the movements of the universal tools, analyzing different parameters in real time, including deflections, temperature and thickness, guaranteeing the precision, repeatability and quality of the finished product.