Punches and Dies
Punches are simple tools that are forced by a punch press through a workpiece, commonly sheet metal, to create quick, precise holes by shearing. Punches are typically made of carbides or tool steel. Most presses are operated mechanically, but simple hand punches also are used. A punch frequently passes through the material and into a die. A die holds the workpiece, and determines the shape produced on it by the punch. Dies are usually customized to the particular item being produced.
Stamping AHSS Got You Down? Reconsider Your Tool Design
To reduce wear and tool breakage when forming or blanking AHSS material, here are some tips on revisiting the type of tool steel used, the design of the tool itself, and whether or not adding a coating or surface finish will improve performance and provide longer tool life.
To reduce wear and tool breakage when forming or blanking AHSS material, here are some tips on revisiting the type of tool steel used, the design of the tool itself, and whether or not adding a coating or surface finish will improve performance and provide longer tool life.
To prevent lower quality parts and frequent tool replacement, keep your punch press tooling sharp and well maintained to achieve the greatest number of hits possible for the best possible return on your investment.
Proper die clearance allows for upper and lower fracture lines to connect. The typical stamping industry rule of thumb is to use 10 percent material thickness as clearance between the punch and die button, but this guideline does not take into account variable material types. What is the optimal die clearance?
Does limited punching capacity and outsourcing lead times cause production delays in your shop? Here is a simple, affordable and effective system that can expand the capabilities of your press brakes, help streamline operations and eliminate the need for outsourcing or purchasing new equipment.
Deliberately pull a die out of the stamping press for tool maintenance even though it is still producing perfect parts? That’s right. Don’t wait for that next emergency to shut everything down to put out fires. You can actually reduce downtime by regularly scheduling preventive tool maintenance that provides longer tool life, fewer scrapped parts and improved productivity.
Throw out your rubber bands and twist-wire! Superior Die Set’s Cage Saver retracts ball bearing retainer cages during die-handling and maintenance and protects the assembly from water and detergent during pressure washing.
Powered by a servo drive instead of a flywheel, Karl Klink’s RT-HLKK1000 ball cage punching machine improves cut quality by increasing cutting speed. Two die stations and streamlined retooling process also help shorten cycle times from 10 to 7 seconds.
Multicyl’s Press in a Box and MultiPunch Linear Rail work together to add versatility to tooling applications and press solutions.
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