Legnani FACSR Press

Legnani FACSR Press

The Legnani Presse company epitomizes a modern and dynamic industry, leveraging over 60 years of experience in the industrial forming sector to deliver products of unparalleled technical quality. Their presses reflect the culmination of this extensive experience and collaboration between the manufacturer and end-user, aiming to ensure high performance and competitive features.

When planning and constructing their presses, Legnani prioritizes reliability, sturdiness, and precision in both structures and kinematic mechanisms. They pay special attention to safety regulations and prioritize ease of maneuvering for operators, ensuring a holistic approach to product development that meets the needs of the modern industrial environment.

The technical department at Legnani Presse harnesses the expertise of experienced designers who leverage cutting-edge computer technologies to develop innovative proposals and solutions tailored to meet the needs of their clients.

Utilizing advanced 3D software, every single detail of their designs undergoes precise verification from both structural and dimensional perspectives. This meticulous approach ensures that their products not only meet but exceed the expectations of their clients, delivering high-quality and reliable solutions for industrial applications.

The Legnani Presse company boasts a comprehensive range of machines, enabling it to carry out all production and processing phases on-site, thereby prioritizing quality as its cornerstone.

Thanks to the extensive experience of its technicians and the use of high-quality components, Legnani Presse designs, develops, and manufactures electric and electronic equipment on-site.

At Legnani Presse, each individual element of the machinery undergoes rigorous on-site testing, ensuring quality and reliability. All materials are accompanied by conformance certification, and parts undergo meticulous and stringent tests to ensure compliance with design specifications.

The presses of the "FACSV" series feature direct coupling, with the control shaft keyed onto the brake-clutch assembly. The crankshaft is forged from nickel-chrome-molybdenum-treated steel, while the connecting rod is made of spheroidal graphite cast iron. The die-holding slide features six slideways with six bronze guide blocks to ensure precision of movement. Stroke adjustment can be manual or automatic, and screw adjustment can be manual or motor-activated. Overload control can be manual or oleodynamic.

The presses of the "FACSR" series feature a helical gear reducer between the flywheel and the control shaft. The crankshaft is forged from nickel-chrome-molybdenum-treated steel, and the connecting rod is made of spheroidal graphite cast iron. The die holding slide features six slideways with six bronze guide blocks to ensure precision of movement. Stroke adjustment can be manual or automatic, and screw adjustment can be manual or motor-activated. Overload control can be manual or oleodynamic.

The presses of the "DMV" series feature direct coupling, with the control shaft keyed onto the brake-clutch assembly. The crankshaft is forged from nickel-chrome-molybdenum treated steel. The connecting rod is made of normalized steel. The die holding slide features eight slideways with eight bronze guide blocks to ensure precision of movement. The movement is activated by a piston, which transmits a perpendicular thrust, thus eliminating the vibrations of the connecting rod. Stroke adjustment can be manual or automatic. The screw adjustment can be manual or motor-activated. The overload control can be manual or oleodynamic. The press features thermal and stress control.

The presses of the "DMR" series feature one or more thrusts with one or two gear reducers. The eccentric parts are forged from nickel-chrome-molybdenum treated steel. The connecting rod is made of normalized steel and is directly keyed onto the eccentric gear. The die holding slide features eight slideways with eight bronze guide blocks to ensure precision and fluid movement. The stroke adjustment is automatic. The screw adjustment is mechanically activated. The overload control is oleodynamic. The press features thermal and stress control.