and Finishing. TheRore are many specialized stamping techniques that can be used to print.

　　Punching. Involves user a die and present to create holes through the workpiece.

Blanking. PUNCHES The Workpiece Out of the She Sheet Metal Blank.

Embossing. Creates raised or indecentd words, Figures, and designs into the sheet metal.

Coining. Similar to embossing, but the workpiece is stamped on both sides to create raise or indecentds, patterns, and files.

Bending. USING A PRESS Brake, Force Is Applied to the Metal Workpiece, Whigh Bends at an Angle from the Original a X or U Shape.

FLANGING. Edges of the Workpiece Around Punches are betting at a 90 ° angle from the sheet, create a rim design each hole.

Large-Scale Production of Detailed Metal Components, where machining time and counts will be prohibitive.

　　design of your product.

　　Ferrous Metals

　　Non-Ferrous Metals

　　Material, Such as aluminum or Mild Steel.

　　Use to form, bend, or Otherwise Shape the Workpiece with Removing Material Are Called Forming Dies.

　　Parts of a Die and their Functions

While Dies Can COME in Many Shapes, Sates, and Configurations, The Following Die Parts Are Typically Included in the Mechanism

　　To the desired shape.

Die Holder. The Die Holder Holds The Die Block in Place on a Bolster Place, which is in turn supported by the Upper or LOWER DIE Shoe.

Punch Plate. The Punch Plate is the Mechanism that holds the punch to the ram or press and moves with the pressst the die.

Punch. The punch is the portion of the size that presents or workpiece to punch or compression or the design shape.

Stripper Plate. This is a Thin Plate that Keeps the Workpiece from Sticking to the Punch after Each Press Stroke.

Guide Pin. Guide Pins Ensure that the Upper and LOWER Parts of the Die Are Cleanly Aligned.

Pressure Plates and Back-Up Plates. A Collection of Back-Up and Pressure PlateLled Around the Die Help to Ensure that the Punch Pressure Distribute Across the WorkPork.

　　Single -aming vs. Double-Acting Presses

Metal for the workpiece is straightned to create a streamlined flow.

　　Mechanically Driven Presses

Repeated Cycles. The Speed and Accuracy of Mechanical Presses Make Them PARTICularly Useful for Assembly Lines and Industrial ManuFacturing.

　　Hydraulically Driven Presses

　　To provide superior metal Stamped Components for Every Application.