Machine screw-tap M5 short, FANAR E1-131001-0050

Machine screw-tap M5 short by FANAR is a compact tool designed to cut or restore internal M5 screw threads in metal and other compatible materials. The short shank reduces overhang, making this M5 tap suitable for use in hand taps, tapping machines and confined or restricted working spaces. It is intended for maintenance, assembly and precision threading tasks where a shorter reach and increased rigidity are required.

Advantages

The short design improves tool stability and reduces deflection during tapping, which helps maintain thread concentricity and surface finish. Compatibility with standard M5 dimensions ensures interchangeability with common fasteners. The compact length eases access in tight assemblies and decreases the risk of breakage when working by hand or with portable tapping equipment.

Suitable for

• Cutting new M5 internal threads in metal or similarly machinable materials
• Restoring damaged or worn M5 threads during maintenance
• Tapping in confined spaces or assemblies with limited clearance
• Precision assembly work requiring consistent M5 threads

Key specifications

• Thread size: M5
• Form: machine screw-tap (short length)
• Intended materials: metal and compatible machinable materials
• Shank style: short shank to reduce overhang and increase rigidity
• Typical use: hand tapping, tapping machines, confined-space tapping

How to use

Select the correct drill size for the M5 tap hole and secure the workpiece. Apply appropriate cutting fluid for the material being tapped. Start the tap square to the hole and advance slowly, using steady pressure and periodic reverse rotation to break chips and clear swarf. For hand use, employ a tap wrench sized for the short shank; for machine use, ensure the tap is properly aligned and supported to avoid side loading. After cutting, clean the thread and inspect for size and finish.

Usage recommendations

Use a recommended pilot drill for M5 threads, maintain alignment to prevent chipping or tap breakage, and apply suitable cutting fluid when working with harder materials. For damaged threads, consider incremental passes or use of a thread restoring tap to minimize material removal.