- Cut or restore internal threads in pre-drilled holes in maintenance work, prototyping, and controlled small batch production.
- Select the tool by the thread designation and standard stated in the product name and keep the tool square to the bore axis.
- Use cutting fluid matched to the material to reduce friction and support chip evacuation from the flutes.
- Process: manual driving or assisted driving depending on your holder and machine setup
- Use: thread cutting, re tapping, and thread cleaning depending on condition
Note Verify the workpiece preparation before you start and stop if torque increases unexpectedly.
How do you select the correct tool variant from the product name?
Match the thread designation and standard stated in the product name to your drawing or the mating fastener. Confirm whether you need an internal or external thread tool and whether the thread is left hand or right hand.
How do you reduce the risk of cross-threading at the start?
Prepare a clean chamfer and keep the tool axis aligned with the hole or rod axis. Start with controlled torque and stop if the tool tilts or binds.
How can you get more detailed guidance on hand tapping?
Technical information hand taps as PDF
What role does cutting fluid play during thread cutting?
Cutting fluid reduces friction and heat at the cutting edges and it supports chip evacuation from the flutes. Choose a fluid matched to your workpiece material and process.
What does HSS-G mean in practice?
HSS-G indicates ground high speed steel, typically used when you need a clean profile and stable tool guidance.
Where can you find more product and application information in a catalog?
VD 23 catalog as PDF