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This program follows a three-day journey where you'll see how to champion a setup reduction event, measure your current methods, identify time elements behind setup, and learn what it takes to change and improve new methods.

SFPM & RPM = High Speed Machining

The Sheet Metal Bending segment concentrates mainly on the terms defining a bend, such as the neutral axis, bend allowance, bend radius, and springback, and focuses on the primary bending machine - the press brake. Various examples of press brake dies, gaging, and bending operations, such as air bending, and bottom bending, are shown, as well as, a segment on folding technology.

Sheet Metal Bending in the 21st Century

This program examines two of the oldest manufacturing processes: shearing and bending. Shearing is the cutting of sheet metal by means of two opposing blades. It is used to cut large sheets of material into smaller more manageable sections. Bending is the creation of three-dimensional shapes out of two-dimensional material, and is a fast, economical way to produce an endless variety of parts from sheet metal and plate.

This program examines two of the oldest manufacturing processes: shearing and bending. Shearing is the cutting of sheet metal by means of two opposing blades. It is used to cut large sheets of material into smaller more manageable sections. Bending is the creation of three-dimensional shapes out of two-dimensional material, and is a fast, economical way to produce an endless variety of parts from sheet metal and plate.

Stamping dies are the tools that shape and cut sheet metal parts. They are commonly developed using computer-aided design (CAD) software and analytical programs to create and prove-out highly accurate, unambiguous designs.

Stamping presses transform sheet metal into functional products by applying the force of a moving ram to tooling located within the press. Stamping’s primary advantage is the ability to transform two-dimensional sheet metal stock into three-dimensional finished components at a relatively high rate of speed with minimum operator intervention.

SIDE EFFECTS OF DEBURRING PROCESSES

A highly-condensed, six-step version of the complete SPMC method. Includes working forms for each step and detailed illustrated examples of their use are included. This book is appropriate for planning small, simple cells. Written for leaders and members of cell planning teams. Also useful for classroom instruction.