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Difficult-to-Drill Materials Made Easy

November 08, 2022 |

Sumitomo will review how you can reduce work hardening by using coolant through drills and learning which speeds and feeds will reduce work hardening.

Drilling at a machine shop that only machined 10% stainless steel jobs was a much simpler time. Drills lasted much longer in basic materials and all processes were much smoother.

Nowadays, drilling at a machine shop that machines 80–90% stainless steel and exotic alloys is on another level of difficulty. You will regularly come across a need for solutions with work hardening, chip control, vibrations, rigidity and how to achieve a smooth process. Sumitomo has developed tool geometries and technology to help you overcome these challenges.

Sumitomo will review how you can reduce work hardening by using coolant through drills and learning which speeds and feeds will reduce work hardening. They will also explore the impact of how speeds, feeds and tool geometries affect chip control and vibrations. Lastly, study how the rigidity of the part and tool affects your process in order to achieve an ideal outcome.

Agenda:

  • Comparisons to other materials in order to learn the importance of the technology and solutions in stainless steel
  • Unique features to new products specific for difficult-to-drill materials (WDXT-M and MDM)
  • Application examples for better hole quality and longer tool life in difficult-to-drill materials

Presenter 1:

Favian Espino

Applications Engineer

After a number of years developing hands-on experience at the machine shop level, Favian joined Sumitomo's engineering department in 2018. For the last four years, Favian has been involved in product development and has provided support to customers with a focus on drilling and holemaking. In order to ensure successful product initiatives, he has maintained a variety of roles within Sumitomo's engineering and product management departments.

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