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100% German materials, applicable from 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed with a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
100% German materials, applicable for 45HRC to 70HRC.
1. The base material uses ultra-fine particle carbide made in Germany. 2. Base material hardness: 94HRA (HV30 = 1930N/mm²). 3. Flexural strength: over 3900N/mm² (TRS > 3900N/mm²). 4. Processed using a CNC 5-axis controlled grinding machine made by Walter in Germany. 5. ALDURA coating. 6. Recommended for high hardness and high-speed cutting processing.
Significantly reduce processing costs for brittle materials. A proposal for new processing methods different from conventional grinding and electrical discharge machining.
Until 12/6, we are adding a 10mm neck length type to the Radius End Mill PCD-MRM! Hard and brittle materials such as cemented carbide, ceramics, and quartz glass are difficult to process, and grinding or electrical discharge machining is commonly used. However, these methods have long processing times and do not improve productivity. '6C x OSG' is a cutting tool that contributes to reducing processing time and costs for hard and brittle materials and cemented carbide. We propose a new processing standard for customers who do not want to compromise on processing quality or productivity. <Applicable materials> Hard and brittle materials, cemented carbide Cemented carbide, ceramics (before and after sintering), single crystal Si, quartz glass, etc. <Product lineup> We offer four types of long-lasting solid PCD tools for hard and brittle material processing: - Radius End Mill 'PCD-MRM' - Chamfer End Mill 'PCD-MCM' - Thread Mill 'PCD-MTM' - Drill 'PCD-MXD' <For more information> Please check the following related link: https://www.6cxosg.com/view/page/001.html (Introduction site for 6C x OSG).
