feed per tooth

简明释义

每齿走刀量

英英释义

例句

1.To improve efficiency, the team experimented with different feed per tooth settings.

为了提高效率，团队尝试了不同的每齿进给量设置。

2.In high-speed machining, it's crucial to determine the correct feed per tooth to avoid tool wear.

在高速加工中，确定正确的每齿进给量以避免刀具磨损至关重要。

3.The engineer calculated the feed per tooth based on the material type and cutting tool geometry.

工程师根据材料类型和切削工具几何形状计算了每齿进给量。

4.The machinist adjusted the settings to optimize the feed per tooth for better surface finish.

机械师调整了设置，以优化每齿进给量以获得更好的表面光洁度。

5.A lower feed per tooth can lead to longer tool life in certain applications.

在某些应用中，较低的每齿进给量可以延长刀具寿命。

作文

In the realm of manufacturing and machining, understanding the concept of feed per tooth is essential for optimizing cutting processes. The term feed per tooth refers to the distance that a cutting tool advances during one complete revolution of the tool, divided by the number of teeth on the cutting tool. This measurement is crucial because it directly influences the efficiency, quality, and lifespan of both the tool and the workpiece being machined.When a machinist sets up a milling machine or a lathe, they must carefully consider the feed per tooth to ensure that the cutting action is effective. If the feed per tooth is too high, it can lead to excessive wear on the cutting edges, resulting in a poor finish and reduced tool life. Conversely, if the feed per tooth is too low, it may cause the machining process to be inefficient, leading to longer cycle times and increased production costs.To illustrate the importance of feed per tooth, let’s consider a practical example. Imagine a scenario where a machinist is tasked with creating a precision part from a block of aluminum. The machinist selects a milling cutter with four teeth. To achieve the desired surface finish and dimensional accuracy, they need to determine the optimal feed per tooth. After consulting the tooling manufacturer's guidelines, they find that a feed per tooth of 0.01 inches is recommended for aluminum at a specific spindle speed.Using this information, the machinist calculates the total feed rate by multiplying the feed per tooth by the number of teeth and the spindle speed. By following these calculations, they can set the machine to operate efficiently, ensuring that the cutting tool removes material effectively while maintaining the integrity of both the tool and the workpiece.Moreover, the choice of feed per tooth can also be influenced by factors such as the type of material being machined, the geometry of the cutting tool, and the desired surface finish. For harder materials, a lower feed per tooth might be necessary to prevent tool breakage and overheating. In contrast, softer materials can often accommodate a higher feed per tooth, allowing for faster machining speeds without compromising quality.In conclusion, the concept of feed per tooth is a fundamental aspect of machining that plays a critical role in achieving optimal performance. By understanding and applying the correct feed per tooth, machinists can enhance productivity, extend tool life, and produce high-quality parts. As technology continues to advance, the ability to accurately calculate and adjust feed per tooth will remain a vital skill for professionals in the manufacturing industry, ensuring that they can meet the ever-increasing demands of precision engineering.

在制造和加工领域，理解每齿进给的概念对于优化切削过程至关重要。每齿进给这个术语指的是切削工具在工具的一个完整旋转中前进的距离，除以切削工具上的齿数。这个测量对于效率、质量和工具与被加工工件的使用寿命有直接影响。当一名机械师设置铣床或车床时，他们必须仔细考虑每齿进给以确保切削动作的有效性。如果每齿进给过高，可能导致切削边缘的过度磨损，从而导致表面处理不良和工具寿命减少。相反，如果每齿进给过低，可能会导致加工过程效率低下，导致更长的周期时间和增加的生产成本。为了说明每齿进给的重要性，让我们考虑一个实际的例子。想象一个场景，一名机械师的任务是从一块铝块中制作一个精密零件。机械师选择了一个四齿的铣刀。为了达到所需的表面光洁度和尺寸精度，他们需要确定最佳的每齿进给。在咨询工具制造商的指南后，他们发现对于铝材，在特定的主轴转速下推荐的每齿进给为0.01英寸。利用这些信息，机械师通过将每齿进给乘以齿数和主轴转速来计算总进给率。通过遵循这些计算，他们可以设置机器以高效运行，确保切削工具有效去除材料，同时保持工具和工件的完整性。此外，每齿进给的选择还可能受到加工材料类型、切削工具几何形状和所需表面光洁度等因素的影响。对于较硬的材料，可能需要较低的每齿进给以防止工具断裂和过热。相反，较软的材料通常可以容纳较高的每齿进给，允许在不影响质量的情况下更快的加工速度。总之，每齿进给的概念是加工中的一个基本方面，在实现最佳性能方面发挥着关键作用。通过理解和应用正确的每齿进给，机械师可以提高生产率，延长工具寿命，并生产出高质量的零件。随着技术的不断进步，准确计算和调整每齿进给的能力将继续成为制造行业专业人士的重要技能，确保他们能够满足日益增长的精密工程需求。