Progressive Press Tool

A Progressive Press Tool cannot be finalized from tonnage alone. Progressive press tool design must confirm bolster length and width, shut height, stroke, feeder centerline, scrap openings, and the space needed for die clamping. The supplied bottom plate is longer and wider than the stated die set, so mounting, transport, and lifting points should be laid out around the actual press. Progressive press tooling also needs clear sensor connections and safe access to pilots, lifters, and the cutoff area. The complete progressive press tool set should be reviewed in the customer's press specification before plates are ordered.

S700MC at 2.5 mm can create significant forming load and springback, particularly around short flanges or tight radii. Sheet metal progressive tool design should spread severe bends across suitable stations and preserve carrier support near critical hole position features. CAE simulation can be used to review profile change, local thinning, and springback where the geometry is demanding. A progressive press die tool may use replaceable forming inserts so corrections can be made without remachining a full plate. Punch-to-die clearance, radii, die steel, and heat treatment are defined from the final material certificate and die technical standards.

During tryout, the Progressive Press Tool should be observed at low speed for strip lift, pilot entry, scrap movement, and final dropping off. Smooth chutes made from embossed sheet material can reduce contact and help parts or waste slide away from the die. Where scrap is wide or tends to overlap, a pneumatic cylinder-driven vibrator may be fitted to the chute. This arrangement is selected only after checking the scrap shape, available space, and maintenance access. Burr direction, trimming line, profile, and tool marks are recorded with the trial samples.

Please provide the 2D drawing, 3D drawing, die technical standards, and press specification for feasibility review. Material coating, annual demand, required sample report, and preferred standard-component brands should also be identified. The proposed Progressive Press Tool sequence and press interface can then be assessed using confirmed project information.