Machine Tap FANAR M24 D2-513X01-0240

FANAR machine tap M24 D2-513X01-0240 is a precision cutting tool engineered for producing internal metric threads size M24. Designed for machine tapping operations in production and workshop settings, this tap delivers repeatable thread geometry when used with appropriate holders and machine parameters. It is intended for use on materials and cutting conditions that follow established tooling guidelines for machine taps.

Advantages

This machine tap offers accurate thread profile control and consistent performance across series production runs. Its geometry and manufacturing tolerances support stable chip formation and reliable thread engagement when correct speeds, feeds, and lubrication are applied. The tool is compatible with standard machine tapping setups and allows straightforward integration into automated or manual machining cells.

Suitable for

• Machine tapping operations in production lines and job shops
• Creating M24 internal metric threads in through or blind holes when using proper depth control
• Applications requiring consistent thread quality and repeatability

Key specifications

• Thread size: M24 (metric)
• Tool type: machine tap for internal threading
• Intended use: machine tapping operations
• Compatibility: designed for use with standard tapping holders and machine spindles
• Suitable environments: production workshops and automated machining cells

How to use

Mount the tap in a suitable tapping holder or chuck that secures axial alignment and prevents slippage. Set machine speed and feed according to the workpiece material and tooling guidelines for M24 threading. Apply appropriate cutting fluid to assist chip evacuation and reduce wear. Use correct depth control and reverse feed or pecking cycles for blind holes to avoid chip congestion. Inspect threads after cutting and perform any required deburring.

Usage recommendations

For best results, select spindle speed and feed rates based on the workpiece material and the tap’s geometry; ensure reliable coolant application and stable tool holding. Avoid exceeding recommended cutting parameters and replace the tap if wear or damage affects thread quality.