“通过 SAMHO 的详细指南探索切削工具的复杂性。定义它们的功能，比较它们的有效性，并立即做出明智的选择。”
Regular Drill Bit Processing Conventional drill bits often face great problems when machining stainless steel and heat-resistant alloys. During machining, there will be a sharp whistling sound, rapidly increasing wear or chipping of the tool cutting edge. The typical phenomenon is the chipping of the secondary cutting edge, also known as the guide edge. If this […]
It is well known that the main trend in CNC machining centers used in job shops over the past decade has been faster, smarter, and with lighter, less power-hungry spindles. And rising energy costs are accelerating this process. This trend is completely contrary to the use of powerful machine tools that can achieve deep cuts
We know that ceramic cutting tools are very suitable for machining hardened steel, heat-resistant alloys or high-temperature alloys, but operators often mistakenly follow the processing methods of cemented carbide. They need to untie this “carbide complex” and consider the special requirements of ceramic tool processing. Choose the appropriate insert shape and the rigidity of the
机械加工发展的总趋势是高效率、高精度、高柔性和环境意识的增强。在机械加工领域，切削（磨削）加工是应用最为广泛的加工方法。高速切削是切削加工的发展方向，已成为切削加工的主流。它是重要的加工技术之一。
高速切削刀具是高速数控加工技术的关键，刀具技术是实现高速数控切削的关键技术之一，不合适的刀具会使复杂、昂贵的机床或加工系统完全失效。由于高速切削的切削速度很高，而高速加工的线速度主要受限于
在实际生产加工中，曲面的加工编程通常有自动编程和宏程序手动编程两种形式。自动编程往往依赖于CAD/CAM软件，但由于该软件所构建的曲面底层数学模型的限制以及CAD/CAM软件在编程时所采用的近似原理，
硬切削（高速切削技术的一个应用领域）是指在车床上采用陶瓷、超硬CBN、超细硬质合金等超硬刀具加工淬硬材料（通常硬度在54-63HRC之间）——淬硬钢、灰铸铁、球墨铸铁、粉末冶金和特殊材料零件的一种加工方法。这种加工通常是
高温合金因其优异的耐高温、耐腐蚀、强度高等特点，在航空航天、能源、化工等高科技领域发挥着重要作用。然而，高温合金的切削加工并不容易，由于其硬度和耐热性，会对切削刀具造成严重的磨损，而且很难加工。
钨钢是一种高硬度、高耐磨性的硬质合金材料，广泛应用于制造各种高精度、高效率的切削刀具。随着钨钢切削刀具的普及，了解和熟悉其在各个领域的具体应用至关重要。这种切削刀具在以下方面表现优异：
