结构紧凑的或自动调整的刀具 将更多的功能集成到刀具上,也就是说,人们想同时或至少在一个加工循环中加工更多的部位,例如,同时加工工件的前面和后面。在这里,可调刀具,有时也称“智能刀具”(即采用集成的传感器和微电子技术)已是流行的名字了。人们至少已开发出了通用的夹持器(刀头、刀座),由此降低直接成本或简化和改善刀具的更换。 即使是典型的和结构紧凑的刀具,还是可以通过不断深入开发来提高生产效率。Prototyp werke公司生产的丝锥ECO(图11)就是通过革新几何形状和THL涂层而达到比以往更长的刀具耐用度的。这种丝锥特别适合于在微量润滑条件下使用,例如,用于加工耐腐钢。由粉 Compact or self-adjusting tools integrate more functions into the tool, meaning that one wants to work more parts simultaneously, or at least in one machining cycle, for example, machining the front and back of the workpiece simultaneously. Here, adjustable tools, sometimes referred to as “smart tools” (ie with integrated sensors and microelectronics) are already popular names. At least common grips (tips, seats) have been developed, thereby reducing direct costs or simplifying and improving tool changes. Even with typical and compact tools, productivity can be increased through continuous development. Prototyp werke’s Tap ECO (Figure 11) achieved longer tool life than ever by revolutionizing geometry and THL coatings. This type of tap is particularly suitable for use in trace lubrication conditions, for example for the machining of corrosion-resistant steel. Made from powder