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Key Takeaways

  • Correct CNC data and machining parameters are essential for an accurate frictiondrill process.
  • Flowdrill CNC data includes RPM, feed rate, tool type and material thickness.
  • Correct Flowdrill parameters support connection quality and tool life.
  • Request CNC data tailored to your application to achieve optimal results.

What is CNC data for frictiondrilling?

Flowdrill CNC data consists of the technical machining data required to correctly program a Flowdrill frictiondrill tool on a CNC machine. The data helps determine the correct settings for the specific combination of tool, material and wall thickness.

During frictiondrilling, frictional heat locally heats the material, after which the material is displaced. This creates additional material thickness that can be used for a strong threaded connection. Because the process works differently from conventional drilling, the correct RPM and feed rates are important.

Flowdrill CNC data helps you set up the process correctly and achieve consistent results.

Which CNC data do you receive?

The data you need depends on your specific application. By providing the key details of your application, Flowdrill can determine which information and parameters are relevant.

Depending on the application, the CNC data may include:

  • the correct RPM;
  • the correct feed rate;
  • the Flowdrill tool used;
  • the material and material thickness;
  • the required machining settings.

The correct combination of this data ensures that the frictiondrill process matches your material, tool and CNC machine.

Do you want to know which CNC data you need for your application? Request the data.

Request your CNC data here

Example Program

For friction drilling and tapping an M8 thread in mild steel (2 mm wall thickness), a Flowdrill tool running at 2180 RPM with programmed feed stages completes the cycle in 2.9 seconds. 

Flowdrill 7.3 mm Short Flat 
L1 13.4 mm Working length 
L4 9.4 mm   
        
Material type Mild steel 
Wall thickness Wall thickness 2 mm 
        
CNC data 
Z 1.9 Feed (mm/min) 100 
Z 3.5 Feed (mm/min) 220 
Z 8.0 Feed (mm/min) 330 
Z 11.3 Feed (mm/min) 530 
Z 13.0 Feed (mm/min) 630 
Z 13.4 Feed (mm/min) 1000 
        
RPM 2180 Cycle time (sec) 2.9 

Why are the correct Flowdrill parameters important?

The correct Flowdrill parameters are important for a stable frictiondrill process and consistent connection quality. An incorrect setting for RPM or feed rate, for example, can affect the machining result and the service life of the Flowdrill tool.

By matching the CNC parameters to the material, wall thickness and diameter of the Flowdrill tool, you can carry out the process in a controlled way.

The correct parameters help with:

  • consistent formation of the collar and formed bushing underneath the material;
  • a stable and repeatable drilling process;
  • optimal use of the Flowdrill tool;
  • reducing unnecessary tool wear.

Request a Free Sample Block

Our compact sample block fits in your hands and sits easily on your desk, giving you a close-up view of friction drilling.

1. Request a sample

2.Receive the sample block

3. Experience the result in your own hands!