Machine Tap FANAR M8 extended (model D2-111121-0080)

The FANAR M8 extended machine tap (model D2-111121-0080) is an elongated M8 metric tap intended for machine tapping operations. Designed for use on machining equipment, this extended tap provides additional reach to cut internal M8 threads in deeper or recessed holes. Its construction suits industrial and workshop environments where precision thread forming is required at increased depth.

Advantages

The extended design enables access to deep or hard-to-reach bores while maintaining stable alignment with the machine spindle. Manufactured by FANAR, the tap is made to work with standard M8 thread dimensions, offering consistent thread geometry and repeatable results when used with appropriate machines and cutting conditions. The extended shank reduces the need for disassembly or special fixturing when tapping recessed features.

Suitable for

• Producing M8 internal threads in deep or recessed holes
• Machine tapping on lathes, milling machines, or tapping heads
• Industrial and workshop tapping operations requiring extended reach

Key specifications

• Thread type: Metric M8
• Form: machine tap with extended length for deeper reach
• Intended use: cutting internal threads in suitable materials on machining equipment
• Application environment: industrial and workshop machines

How to use

Mount the extended machine tap in a suitable tapping holder or machine spindle with proper clamping to ensure concentricity. Use appropriate cutting fluid and select spindle speed and feed consistent with the workpiece material and tap manufacturer’s recommendations. Advance the tap steadily into the drilled hole to form the thread, periodically retracting to clear chips on through or blind holes. After tapping, clean the tap and the threaded hole to remove chips and cutting fluid residue.

Использование — рекомендации

The extended FANAR M8 machine tap should be used with correct spindle alignment, adequate lubrication, and appropriate speeds to avoid tap breakage. For blind holes, use pecking or periodic reverse rotation to evacuate chips and prevent clogging.