Machine Tap FANAR M10 C4-718M01-0100

The FANAR machine tap M10 C4-718M01-0100 is a precision-threading tool designed to produce M10 metric internal threads in machining centers and lathes. Intended for both serial production and workshop use, this machine tap is compatible with standard tapping holders and supports automatic and manual tapping cycles where a reliable M10 thread form is required. The tool is engineered to meet typical industrial dimensional and surface finish expectations for metric internal threads.

Advantages

This FANAR machine tap offers consistent thread geometry and compatibility with common tapping equipment. Its design facilitates repeatable performance in production environments and reduces the need for frequent adjustments. The tap's construction supports stable cutting action and contributes to predictable tool life when used within recommended material and speed ranges.

Suitable for

• Creating M10 metric internal threads in metal parts
• Use in CNC machining centers and automatic tapping heads
• Lathe tapping operations and workshop production
• Serial production where uniform thread quality is needed

Key specifications

• Thread size: M10 metric internal thread
• Tool type: machine tap for through or blind holes (as appropriate for holder and application)
• Compatibility: standard tapping holders and automatic tapping heads
• Intended use: machining centers, lathes, and workshop tapping

How to use

Mount the tap securely in a suitable tapping holder or automatic tapping head. Select spindle speed and feed to match the workpiece material and recommended cutting conditions for M10 threading. Use appropriate cutting or tapping fluid where required, and ensure correct alignment between the tap and hole axis to avoid thread distortion. For blind holes, respect the required thread depth and allow sufficient drill clearance to prevent bottoming and tool breakage. Monitor tool wear and replace the tap when thread quality degrades.

Usage recommendations

Use speeds and feeds appropriate to the workpiece material and hardness. Apply suitable cutting fluid for the material to improve surface finish and extend tool life. Ensure proper clamping and alignment to prevent breakage and preserve thread accuracy.