Machine tap FANAR M16 (D4-565001-0160)

Machine tap FANAR M16 is a precision cutting tool designed for forming internal metric threads with size M16 in machine tapping operations. Produced by FANAR, this tap is intended for use in standard tapping machines or machining centers that accept M16 taps. Its geometry and cutting edges are optimized for consistent thread profile and dimensional accuracy when used with appropriate feeds, speeds, and lubrication.

Advantages

The FANAR M16 machine tap delivers reliable thread quality and repeatability in series production and single-piece work. Its geometry reduces cutting forces and improves chip evacuation, which helps to extend tool life and maintain consistent results. The tap is suitable for use across a range of materials when the correct tap material grade and cutting parameters are applied.

Suitable for

• Producing internal M16 metric threads in through and blind holes
• Machine tapping in machining centers, tapping heads, and CNC machines
• Repair and maintenance work requiring replacement or restoration of M16 threads

Key specifications

• Thread size: M16 (metric)
• Type: machine tap for internal threading
• Intended operation: machine tapping (CNC machines, tapping heads, tapping attachments)
• Suitable materials: ferrous and non-ferrous workpieces depending on tap material/coating and cutting parameters
• Typical application: production, maintenance, and repair for creating precise internal threads

How to use

Secure the workpiece and align the tap perpendicular to the hole axis. Use a pre-drilled hole of the correct drill size for M16 threads and set the machine to the appropriate spindle speed and feed for the workpiece material. Apply suitable cutting fluid or lubricant to improve chip evacuation and reduce wear. Engage the tap with steady feed; for blind holes, program periodic reverse rotation or withdraw slightly to break and clear chips. Inspect threads after tapping for dimensional accuracy and surface finish.

Usage recommendations

Select the correct drill size and machine parameters for the specific material being tapped. Use compatible cutting fluids and monitor tool wear; replace the tap if thread quality degrades. For blind holes, use pecking or intermittent withdrawal to avoid chip clogging. Consult machine tool and tooling guidelines for optimal speeds and feeds.