Machine Tap FANAR M16 — model E1-131001-0160, metric M16 threading

FANAR machine tap M16 (model E1-131001-0160) is a precision cutting tool designed for producing internal metric M16 threads on machining centers and lathes. Manufactured by FANAR, this machine tap is intended for controlled thread cutting or forming operations in components where accurate M16 internal threads are required for mechanical assembly, maintenance, or part manufacturing. The tool is suitable for professional workshop environments and production lines that need repeatable thread quality and dimensional consistency.

Advantages

The FANAR machine tap offers stable cutting performance and dimensional accuracy for M16 threads, enabling consistent fit and function of fastened components. Its design supports use in machine tools, providing rigidity and repeatability during high-precision operations. The tap is made to meet common industrial tolerances for metric threads, helping to reduce rework and ensure interchangeability of threaded parts.

Suitable for (tasks / use cases)

• Cutting or forming internal M16 threads in metal components
• Machining center and lathe operations requiring metric M16 threads
• Production of mechanical parts and assemblies with M16 fasteners
• Maintenance and repair tasks that involve replacing or restoring M16 threaded holes

Key specifications

• Thread standard: metric ISO M16
• Application: machine tap for use in machining centers and lathes
• Function: internal thread cutting/forming for M16 diameter
• Intended materials: suitable for typical engineering metals (use material-specific cutting parameters)

How to use

Mount the FANAR machine tap securely in an appropriate tapping holder or spindle suited to your machining center or lathe. Ensure workpiece is clamped and aligned, and pre-drill the correct pilot hole for M16 threads following the relevant thread standard. Use appropriate cutting speed, feed and coolant recommended for the workpiece material. Monitor tapping forces and back out the tap periodically if necessary to clear chips when cutting deep or long threads. Inspect the finished thread with gauges or mating fasteners to verify dimensional accuracy.

Usage recommendations

Choose cutting speeds and lubrication according to the material being machined; for harder alloys use lower speed and appropriate coolant. Replace the tap when wear affects thread quality, and store the tool in a clean, dry place to prevent corrosion and damage.