Amana Tool 55102 RTA Furniture Drill/Countersink 7mm Dia x 3.5mm Drill Dia x 10mm Shank

The overall length (L) of the tool is 3.149. The cutting height is 0.590, and the shank diameter is 0.137. The shank length is 0.393. The B1 parameter is 0.196.

The cutting height of 0.590 indicates the distance from the cutting edge to the base of the tool. This measurement is crucial in determining the depth of the cut and the tool's ability to reach into tight spaces.

The shank diameter of 0.137 refers to the thickness of the shaft that connects the cutting edge to the tool's handle or machine interface. This dimension affects the tool's stability and rigidity, influencing its performance and the quality of the resulting workpiece.

The shank length of 0.393 is the distance from the cutting edge to the end of the shaft. This parameter is important in determining the tool's overall reach and accessibility, particularly in confined or hard-to-reach areas.

The B1 parameter, measured at 0.196, is a specific design feature that may have implications for the tool's functionality, such as the clearance or the way it interfaces with other components in the machining setup.

The combination of these dimensional specifications, including the overall length (L) of 3.149, provides a comprehensive understanding of the tool's physical characteristics and how they may impact its application and performance in various manufacturing or processing operations.

These details are crucial for selecting the appropriate tool for a specific job, ensuring the correct fit and compatibility with the workpiece, machine, and other related equipment. By understanding the tool's dimensions, machinists and engineers can make informed decisions, optimize the manufacturing process, and achieve the desired outcomes.

The attention to these dimensional specifications reflects the importance of precision and attention to detail in the design and application of industrial tools and equipment. By carefully considering these parameters, users can enhance the efficiency, effectiveness, and safety of their manufacturing processes, ultimately contributing to the overall quality and reliability of the final products.

In summary, the provided dimensional data, including the cutting height, shank diameter, shank length, overall length, and B1 parameter, offer valuable insights into the physical characteristics of the tool. This information is essential for selecting the right tool, configuring the machining setup, and ensuring optimal performance in various industrial applications.

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