Retainer Rings OS, CU, 20 x 24 x 1.5

• Produce clean internal threads when you need a controlled fit for screws and studs.
• Process: manual driving or assisted driving depending on your holder and machine setup
• Use: thread cutting, re tapping, and thread cleaning depending on condition
• Use stable workholding, because movement during the start often causes oversize threads.

Note Align the tool to the hole axis and avoid forcing, since torque spikes can damage the thread flanks.

• Supports consistent internal threading when alignment is correct
• Usable across common workshop and maintenance processes
• Helps reduce rework through repeatable tool geometry
• Allows controlled fit when you choose the correct thread designation
• Helps keep thread quality stable when you use appropriate lubrication

• Limited by work material hardness and by the stability of your clamping setup
• Not intended for high performance production cycles without validated process parameters

1. Prepare the hole and remove burrs so the tool starts straight.
2. Clamp the workpiece securely and align the tool to the hole axis.
3. Use a suitable holder or drive and apply cutting fluid for the work material.
4. Start the thread with controlled feed and keep the tool guided through the first turns.
5. Continue with steady torque and clear chips from the cutting area as needed.
6. Reverse to remove the tool, then clean the thread and the tool flutes.
7. Check the thread with the intended fastener or a suitable gauge and protect the part.

• 1 piece Retainer Rings OS, CU, 20 x 24 x 1.5

• Product type: Tool

How do you select the correct thread designation for this product

Match the thread designation in the product name to the mating fastener or component standard, then confirm that your workpiece material and process setup suit the tool type. If you work with mixed standards, separate your tooling by thread family to avoid mix ups.

What holder or drive concept do you need

Use a holder that clamps the tool concentrically and supports straight alignment to the workpiece axis. For manual work, choose a stable hand drive that lets you feel torque changes. For machine use, verify reverse capability and consistent feed.

Which hole preparation checks matter most

Prepare the entry edge, remove burrs, and keep the hole clean so the tool starts straight. In blind holes, confirm that there is enough depth for the tool lead and chip space. In through holes, support chip evacuation out of the exit side.

How do you reduce the risk of misalignment

Start the tool with the axis visually aligned, then guide it through the first turns with low torque. Use stable workholding and avoid side load. If a thread feels tight early, remove the tool, clean chips, and inspect the entry.

Can you use this in repair work

Yes, for many workshop repairs you can use the tool to restore a usable thread when the base material is still intact. Clean damage first and avoid forcing, since distorted threads can increase torque and edge wear. For heavily stripped threads, a thread repair insert system can be the better option.

Where can you find the full VÖLKEL catalog section for this product family

VD 23 catalog as PDF