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CNC Press Brakes With Crowning & Sheet Follower Arms
CNC Press Brakes With Crowning & Sheet Follower Arms
MetFab Machines (India) offers APHS series CNC Press Brakes with crowning and sheet follower arms from Baykal, Turkey. Capacities range from 35 tonnes to 2500 tonnes, in lengths 1250 mm up to 8000 mm. Several press brakes can be installed in tandem for longer bends. The machines are designed with rugged frame to ensure minimum deflection under heavy loads. The frame is machined in single set-up to achieve high level of parallelism between press beam and table. Position of press beam continuously monitored by combination of proportional control hydraulics, CNC control and electronic scales on each end of ram providing positional feedback promise to deliver a fast, accurate and low power consumption machine. An electronic monitoring system allows parallelism of ram and repeatability of successive strokes within 10 micro ns irrespective of the actual load on the machine. It also allows correction of the Y-axis under full pressure even when bending. The large open height allows mounting of forming of deep boxes, mounting of complex tools. The machine is equipped with segmented gooseneck hardened ground punch with left and right horns, European style punch adaptor with intermediate wedges to allow adjustment for wear of toolings. Top punch clamping can be conventional, quick-release manual or pneumatically operated. The large open height allows mounting of forming of deep boxes, mounting of complex tools. The machine is offered with Delem DA-66W 2D colour graphic controller. In standard 3-axes (Y1-Y2-X) configuration the machine has X-axes back gauge, optionally it can be fitted with multiple axes back gauges, CNC crowning, sheet follower arms, laser guards, bend angle measurement and correction system. The controls allow programming the machine even while one job is in production to save time. The software is easy-to-use menu driven with library for punch-die toolings, 2D graphical drawing capability, can suggest sequence of bends.
