Wiseman Threading Tools Spiral Point Tap - +0.002 Tolerance - M10x1.5

Meet the Wiseman Threading Tools Spiral Point Tap for metric M10x1.5—a precision tool engineered to deliver consistently accurate right-hand threads across a range of metals.

With a +0.002 tolerance, it locks in tight thread dimensions, ensuring reliable mating with fasteners and minimizing fit variability in assemblies and fixtures.

The spiral-point (gun-nose) geometry is the standout feature: it actively evacuates chips ahead of the cutting edge, reduces cutting torque, and helps maintain cutting speed. This makes the tap especially effective for through-holes, where efficient chip removal translates to faster cycles and longer tool life.

• Thread type: right-hand, M10x1.5, matched to common automotive, hydraulic, and industrial components.
• Tolerance: +0.002, enabling repeatable, precise threads across multiple parts.
• Geometry: spiral point (gun nose) for forward chip evacuation and smoother tapping action.
• Application focus: optimal for through-holes where chips need to be expelled forward; suitable for general metalworking tasks that require clean, accurate threads.
• Durability and consistency: designed to maintain form and thread profile through repeated use in standard manufacturing materials.

Who benefits: machinists, maintenance technicians, shop-floor engineers, and production teams tasked with delivering tight-tolerance metric assemblies quickly and reliably.

Practical tips: use machining oil or lubricant suitable for the material you're tapping; start the tap square to the hole and maintain steady axial pressure; avoid aggressive feed rates that can cause chatter; periodically wipe away chips to prevent binding and ensure consistent thread quality.

In short, the Wiseman Spiral Point Threading Tap brings precision, efficiency, and repeatability to every M10x1.5 tapping operation, helping you meet tight tolerances and reduce rework in demanding projects.

Shown here from multiple angles to illustrate the sharp geometry and robust build that support dependable performance in real-world machining scenarios.