ISO Spiral Point Taps for Standard Through Holes

Wilson’s newest ISO Spiral Point Taps is an outstanding representative of the evolution of cutting tap technology. In practical applications, this tap has evolved into two main branches based on specific needs: ISO Extended Spiral Point Taps and ISO Spiral Point Taps With No Coating.

ISO Extended Spiral Point Taps: As the name suggests, its cutting part is longer. This design makes it an ideal choice for deep hole machining or special working condition thread tasks. When it is necessary to drill deeper materials or handle more complex thread paths, the elongated type can provide sufficient cutting stroke to ensure that the machining can be completed in one go.

ISO No Extended Spiral Point Taps: This is the most universal and classic design, suitable for the vast majority of conventional thread machining scenarios. Its length has been optimized to achieve a perfect balance between efficiency and versatility, meeting most of the needs in daily production.

From the perspective of performance advantages: why is it different from others?

Excellent chip removal ability: This is the most prominent feature of Spiral Point Taps. It forces the chips to be pushed forward (i.e. deep into the machined hole), making it an ideal choice for machining blind hole (non bore) threads. Because the chips are continuously pushed towards the bottom of the hole, the operator does not need to pause the operation frequently to clean the chips, greatly improving the continuity and convenience of processing.

Durable and sturdy structure: In order to cope with high-intensity cutting, Spiral Point Taps has been specially increased in core diameter during manufacturing. This "strong muscle and bone" design endows the tap with excellent torsional strength and rigidity, enabling it to withstand greater cutting forces, especially adept at processing non-ferrous metal materials such as copper and aluminum, and less prone to "cutting" or breakage.

High efficiency and high precision coexist: Spiral Point Taps is designed for modern efficient machining. It can perfectly cooperate with automation equipment such as CNC machines and machining centers to achieve high-speed and stable cutting. Whether using dry (without coolant) or wet (with coolant) machining methods, it can maintain high machining efficiency and dimensional accuracy, meeting the strict precision requirements of modern production.

From a practical application perspective: Where is it used?

Due to its excellent integrated performance, the application range of advanced taps is extremely wide. It is not only a frequent visitor in traditional fields such as mechanical manufacturing and mold processing, but also shines in scenarios such as automated production lines and precision instrument assembly that require extremely high processing efficiency and accuracy. It can be said that wherever high-quality and high-efficiency machining of threaded holes is required, the figure of the tip tap can be seen.