SACMI is a world’s leading manufacturer of machines and complete turnkey plants for various industrial fields ranging from ceramic tiles, sanitary-ware, tableware, extruded products up to metal and powder metal forming.With over 15,000 presses operational worldwide and a range that spans from 30 to 25,000 tons, SACMI's fully automatic hydraulic presses are technologically advanced yet simple, safe and highly reliable.
Furthermore, thanks to a net of more than 80 Companies worldwide, SACMI GROUP grants a fast and efficient round-the-clock after-sales service directly on site.
The MPH2002 is SACMI’s second-generation 200 ton press for powder metal compaction: this truly innovative machine combines all the SACMI PM Division’s hard work - investment, know-how development and partnerships with academia/industry - and aims to set a new standard for PM hydraulic pressing technology.The meticulous attention SACMI always puts into energy saving and environmental sustainability has been taken a step further thanks to an innovative hydraulic circuit that provides lower energy consumption, with reductions in the order of 15 - 40 % depending on production conditions.
The core of the circuit consists of two closed-loop controlled pressure lines fed by variable-speed drives and fixed-displacement pumps. These are activated automatically according to the real needs of the set pressing cycle and ensure that, whatever the production scenario, energy consumption is minimised.
Finally, the unparalleled performance provided by the new hydraulic design of the MPH2002 offers potential speed gains of up to 50% without losing energy efficiency.
In addition to renewed mechanical and hydraulic systems, the other outstanding innovation is the new computer-aided programming system. The MPH2002 in fact features an Assisted Programming Interface (API) which allows operators all over the world to set program parameters easily: all they have to do is enter, via the graphical interface, a few geometrical characteristics of the piece to be pressed and cross-check the results with a user-friendly cycle simulator before pressing any real pieces.