Tap bit FANAR M14x1.5 machine tap D2-111101-0145

FANAR machine tap M14x1.5 model D2-111101-0145 is a tool designed for cutting internal metric threads with a 1.5 mm pitch in machining operations. It is intended for use in lathes, tapping heads and CNC machines where consistent, accurate internal M14 threads are required. The tap is produced by FANAR and engineered for compatibility with industrial metalworking workflows and mechanical assembly tasks.

Advantages

The FANAR M14x1.5 machine tap provides precise thread cutting with stable dimensional accuracy suitable for repeatable production. Its geometry and build support efficient chip evacuation and reduce the risk of thread damage in standard machining conditions. The tool is compatible with common machining centres and tapping heads, allowing integration into automated and manual operations while maintaining consistent thread quality.

Suitable for

• Cutting internal metric threads M14x1.5 in steel and other machinable metals
• Use in lathes and CNC machines for production and repair work
• Tapping operations from tapping heads and power tapping units in assembly lines
• Precision mechanical assembly where repeatable internal threads are needed

Key specifications

• Thread size: M14
• Thread pitch: 1.5 mm
• Tool type: machine tap for internal threading
• Intended applications: lathe, tapping head, CNC machining
• Material compatibility: suitable for common machinable metals (steel, aluminum alloys, etc.)

How to use

Mount the tap securely in the appropriate holder or tapping head, ensuring correct alignment with the workpiece axis. Use appropriate cutting fluid for the workpiece material and set spindle speed and feed to match the tap size and material being machined. Advance the tap steadily through the hole, using pecking or reverse-feed cycles if required to break chips and prevent clogging. After threading, retract the tap carefully, clean chips from the thread, and inspect the thread profile for conformity.

Usage recommendations

Choose cutting parameters and lubrication based on the workpiece material; reduce speed when tapping harder alloys and use active chip control methods for deep or interrupted cuts. Regularly inspect tool condition and replace the tap when wear affects thread quality to preserve consistent production results.