Mechanical press MSP series

stampinglaminationcompact

High Speed, High Precision Motor Core Lamination Press With the MSP high speed stamping press, dynamic accuracy is significantly improved because of the compact design and multiple suspension points. Bottom Dead Center (BDC) Compensation Stabilizing Punch Penetration Over Time Specially designed suspension points allow for in process BDC adjustment to maintain the desired setting and can be done automatically as often as every 100 press strokes Roller and Oil Film Bearings Housed in a Single Unit Controls BDC variations casued by speed change. In high speed presses the bottom dead center position of the slide will change as the press speed goes up or down Stabilizes Press Structure by Balancing Inertia Forces in High Speed Operations Inertia forces generated by the slide and upper die can cause the press to become unstable. Balancing of these forces is accomplished by installing a large weight (or weights) that reciprocate exactly opposite the slide and upper die. Eccentric Shaft Drive Ideal for Short Stroke Precision Stamping Operations Eccentric shafts are used primarily in high speed and progressive die stamping operations. Allows for placement of bearing supports against both sides of the eccentrics. Circulating Temperature Controlled Oil to Every Moving Part of the Press To control thermal expansion and reduce its effect on your final parts, AIDA stamping presses employ a system that circulates temperature controlled oil (via an external cooling system if necessary) to every moving part in the press and feed.