Significantly reduce setup time due to component deterioration! We support everything from current situation analysis and issue identification to solution proposals, component supply, and effectiveness measurement.
**Overview of Performance**
Samsung Diamond Industrial initially utilized electric processing technologies such as discharge machining and laser machining to create mechanical tools for glass cutting, including flat panel displays (FPD) that used cemented carbide, achieving longer lifespans through the development of PCD (sintered diamond). However, there were challenges in responding to the thinning of glass and the improvement of cutting quality due to advancements in FPD.
To address this, we advanced the discharge machining technology for PCD, establishing a manufacturing method for small-diameter (Φ2mm or less) wheel tools with sharp and precise edges, as well as high-straightness PCD small-diameter pins (Φ0.8mm or less) that serve as rotating axes, enabling production at a level of tens of thousands of units per month.
Furthermore, in addition to this high-precision discharge machining technology, we developed new products such as new tools and industrial components by implementing new techniques in brazing and polishing. We provide products with fine and complex structures and shapes that were previously considered difficult to produce industrially with PCD, as well as items with high precision and high-quality surface conditions (detailed information), engaging in excellent manufacturing based on technological development.
