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This hands on guide has been written for all levels of manufacturing professionals responsible for providing a competitive advantage in their use of deburring and edge finishing methods.

DEBURRING CASE HISTORIES

Deburring processes are used to finish sharp, undesirable part edges that are produced during cutting and stamping operations. This program includes information on an array of deburring processes including cutting processes, power brushing, bonded abrasive finishing, mass finishing, abrasive blasting, abrasive-flow deburring, thermal deburring, and electro-chemical deburring.

Deburring processes are used to finish sharp, undesirable part edges that are produced during cutting and stamping operations. This Deburring Processes program includes information on an array of deburring processes, including - cutting processes, power brushing, bonded abrasive finishing, mass finishing, abrasive blasting, abrasive-flow deburring, thermal deburring, and electro-chemical deburring.

Deep Drawing of Metals

Deep Drawing--The Four Cylinder Approach To Metal Forming

Design Capabilities for Powder Metal Miniature Parts

Design Casting for Strength

Design for manufacture and assembly (DFMA) is a proven design methodology used to optimize part costs and quality, while reducing time-to-market development. Part of the award-winning Manufacturing Insights Video Series, this program features an interview with Nicholas Dewhurst of Boothroyd Dewhurst. He explains the concepts and use of DFMA in product analysis to understand the drivers of cost, and the interaction of the individual pieces within the product to optimize design, manufacturability, and assembly.

Design for manufacture and assembly (DFMA) is a proven design methodology used to optimize part costs and quality, while reducing time-to-market development. Part of the award-winning Manufacturing Insights Video Series, this program features an interview with Nicholas Dewhurst of Boothroyd Dewhurst. He explains the concepts and use of DFMA in product analysis to understand the drivers of cost, and the interaction of the individual pieces within the product to optimize design, manufacturability, and assembly.