What function key is used to enter the present Z-location for tool length offsets during part setup?

What function key is used to enter the present Z-location for tool length offsets during part setup?

• A. TOOL RELEASE
• B. TOOL OFFSET MEASURE
• C. WRITE/ENTER
• D. TOOL CHANGER RESTORE

Answer: (B)

The function key used to enter the present Z-location for tool length offsets during part setup is TOOL OFFSET MEASURE. This function is specifically designed to capture the current position of the tool along the Z-axis, which is critical for establishing accurate tool offsets. When setting up a CNC machine, it is essential to correctly input the tool length to ensure that the tool interacts with the workpiece at the right depth. The TOOL OFFSET MEASURE key allows the operator to take a precise measurement of the tool's height and input that value into the machine's control system. This accuracy directly affects machining operations, as improper tool offsets can lead to incorrect cuts, damaged tools, or scrap parts. Using this key streamlines the process of setting tool heights and gives operators confidence that their measurements are being recorded accurately, contributing to overall machining efficiency and quality.

The function key used to enter the present Z-location for tool length offsets during part setup is TOOL OFFSET MEASURE. This function is specifically designed to capture the current position of the tool along the Z-axis, which is critical for establishing accurate tool offsets.

When setting up a CNC machine, it is essential to correctly input the tool length to ensure that the tool interacts with the workpiece at the right depth. The TOOL OFFSET MEASURE key allows the operator to take a precise measurement of the tool's height and input that value into the machine's control system. This accuracy directly affects machining operations, as improper tool offsets can lead to incorrect cuts, damaged tools, or scrap parts.

Using this key streamlines the process of setting tool heights and gives operators confidence that their measurements are being recorded accurately, contributing to overall machining efficiency and quality.