FANAR machine tap M6 C4-565001-0060 — metric through-thread cutting tool

FANAR machine tap M6 (C4-565001-0060) is a metric through-thread cutting tool engineered for producing internal M6 threads with machine tapping equipment. Designed by FANAR for workshop and industrial environments, this tap enables consistent, repeatable tapping operations on compatible materials where a dedicated M6 machine tap is required.

Advantages

The FANAR M6 machine tap provides accurate thread geometry and stable cutting performance for through-thread applications. Its design supports efficient chip evacuation during continuous machine tapping, reducing the risk of thread damage and tool breakage. The tap is suitable for repeated use in production settings, offering predictable dimensional results and compatibility with common tapping speeds and feeds.

Suitable for

• Producing M6 internal threads in through-holes using machine tapping machines
• Workshop and industrial production runs requiring consistent thread quality
• Materials compatible with standard machine tapping processes (metals and alloys typically used in mechanical assembly)

Key specifications

• Thread size: M6 metric through-thread
• Application: through-hole tapping (machine use)
• Intended use: creating internal threads for mechanical fastenings
• Suitable for use in workshop and industrial tapping equipment

How to use

Install the tap in a suitable machine tap holder or spindle designed for metric taps, ensuring secure clamping and correct axial alignment. Select appropriate cutting speed and feed rates for the workpiece material and use a compatible cutting fluid if required to improve lubrication and chip evacuation. Feed the tap steadily through the pre-drilled hole sized for M6 threads, reverse to clear chips as necessary, and complete the through-threading operation while monitoring for any signs of excessive force, chatter, or tool wear.

Usage recommendations

Use drill hole sizes and machining parameters recommended for M6 metric threads, maintain proper lubrication for the material being machined, and inspect threads after tapping to verify dimensional accuracy and surface condition. Replace the tap if wear or damage is observed to prevent compromised thread quality.