Machine Tap FANAR G1/4" D2-511101-3127 — thread cutting tool G1/4"

FANAR machine tap G1/4" (model D2-511101-3127) is a precision cutting tool engineered to produce internal G1/4" threads in workpieces using tapping machines. Designed for industrial and workshop environments, this tap offers a consistent thread profile compatible with standard G1/4" fittings and is suitable for machining common metals. The tool is intended for repeatable, high-accuracy tapping operations where conformity to thread form and dimensional stability are required.

Advantages

The FANAR G1/4" machine tap provides reliable thread geometry and uniform performance across repeated cycles. Its design facilitates clean chip evacuation and reduces the risk of thread deformation during cutting. The tool is suitable for use in automated tapping machines and manual tapping heads, offering good stability and predictable results when used within recommended parameters.

Suitable for

• Producing internal G1/4" threads in metal workpieces
• Industrial tapping machines and CNC equipment
• Workshop and small-batch production of threaded components
• Repair and maintenance tasks requiring G1/4" threaded ports

Key specifications

• Thread size: G1/4" (internal)
• Tool type: machine tap for tapping machines
• Intended material: metals and common machinable alloys
• Application: producing ISO/metric pipe-thread-compatible internal threads for standard fittings

How to use

Secure the workpiece and set up the tapping machine or tapping head according to manufacturer instructions. Select appropriate spindle speed and feed for the workpiece material and tap size, and apply suitable cutting fluid to the hole to improve lubrication and chip removal. Align the tap with the hole axis, engage the tool to cut the thread, and reverse the tap to break chips and withdraw when the thread is complete. Inspect the threaded profile for fit with the intended G1/4" fitting and perform any required deburring.

Usage recommendations

Use cutting speeds and feeds matched to the workpiece material, maintain proper lubrication for chip evacuation, and avoid excessive force that can cause tap breakage. For interrupted cuts or hard materials, consider peck tapping or using appropriate tap per material grade to extend tool life and maintain thread quality.