Machine Tap FANAR M12x1 D2-511101-0123

Machine tap FANAR M12x1 D2-511101-0123 is a precision cutting tool designed for creating internal metric fine threads with a 1.0 mm pitch. Manufactured by FANAR for machine tapping operations, this tap is intended for production and workshop use where accurate M12×1 threads are required in components made of steel and other machinable materials. The design supports consistent thread form and repeatable results when used in appropriate tapping machines or fixtures.

Advantages

The FANAR M12x1 tap provides accurate thread geometry and good surface finish when used with correct cutting parameters and lubrication. Its construction is optimized for machine tapping, offering stability during high-speed or repetitive operations. The tool is suited to produce fine-pitch internal threads reliably, reducing the need for secondary finishing and ensuring compatibility with mating fasteners designed to metric fine standards.

Suitable for

• Producing M12×1 internal threads in steel components
• Machine tapping on CNC or automatic tapping machines
• Mechanical assembly and repair tasks requiring fine metric threads
• Batch production where repeatable thread quality is necessary

Key specifications

• Thread size: M12 × 1.0 (metric fine pitch)
• Intended use: machine tapping for internal threads
• Material suitability: steel and other machinable metals
• Form: straight flute machine tap (designed for machine use)
• Tapping application: production and workshop environments

How to use

Mount the tap securely in a compatible tapping spindle or holder appropriate for machine tapping. Select correct spindle speed, feed, and cutting fluid based on the workpiece material—lower speeds and consistent lubrication are generally recommended for steel. Use appropriate runout control and alignment to avoid thread distortion. Retract the tap periodically to break chips and clear the flutes, and inspect thread quality after machining to confirm dimensional and surface requirements are met.

Usage recommendations

Use a suitable cutting lubricant for steel, maintain correct machine alignment and speeds, and ensure chip evacuation during tapping cycles. For long production runs, monitor tool wear and replace the tap when thread quality deteriorates to maintain consistent results.