Slicing Brittle Material with Active Braze Coating Diamond Wire

Pei Lum Tso; Yong Ting Chen; Wen Liang Pai

doi:10.4028/www.scientific.net/AMR.565.419

Paper Titles

Effects of Ultrasonic Vibrations Given to an Electrode on the EDM Performance in Processing PCD
p.394

Surface Finishing of Electrically Conductive Diamond Tools by Electrolytic Machining
p.400

Proposal of Purification Method of Grinding Coolant by Dissolution of Micro-Bubbles
p.406

Filter-Less Purification of a Water-Soluble Coolant by Using PGA Based Flocculants and Microbubbles
p.412

Slicing Brittle Material with Active Braze Coating Diamond Wire
p.419

Improving Tool Wear Resistance in Steel Cutting by Textured Surface and its Mechanism
p.424

Micro-Structuring on Cylindrical Inner Surface Using Whirling Electrical Discharge Texturing
p.430

Study on the Combined Machining Technology of Sawing and Grinding for Drilling Aramid/Epoxy Composites
p.436

Investigation of Micro-Drilling for Printed Circuit Boards Containing High-Hardness Fillers
p.442

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Slicing Brittle Material with Active Braze Coating Diamond Wire

Abstract:

The slicing technology with active braze coating diamond wire has been studied to lower the manufacturing cost and to increase the efficiency of wire sawing. The study shows that the grains have strong retention on the resin matrix as well as longer tool life.