Show Notes
Hole making remains one of the most critical and cost‑intensive operations in metal cutting. From initial drilling to high‑accuracy finishing, choosing the right tooling strategy has a direct impact on cycle time, tool life, and bore quality. This webinar delivers a practical, application‑driven overview of modern hole‑making solutions, covering solid drilling, indexable drilling, adjustable diameter tools, rough and finish boring, and reaming. Real‑world examples across steel, stainless steel, titanium, and cast iron demonstrate how advanced tool designs, modular connections, and diameter adjustment capabilities can significantly improve process stability and productivity while maintaining tight tolerances. Participants will gain insight into how to select the appropriate hole‑making concept based on material, bore size, depth‑to‑diameter ratio, tolerance requirements, and machine interface—helping them reduce machining time, simplify setups, and increase consistency on the shop floor. Key Takeaways for Attendees How to choose the right hole‑making strategy Understand when to use solid drills, indexable drills, rough boring, finish boring, or reaming based on hole size, depth, and accuracy requirements. Improving productivity with indexable drilling Learn how insert geometry, diameter adjustment, and modular connections enable higher feed rates and faster changeovers without sacrificing performance. Achieving tight tolerances and surface finish Compare finish boring versus reaming and understand the trade‑offs in accuracy, cycle time, surface quality, and setup effort. Managing large diameters and deep holes Explore solutions for large bore sizes and deep drilling applications, including adjustable cartridges, guide pads, and modular extensions. Critical setup and process considerations Best practices for tool runout control, diameter adjustment, coolant delivery, and bore measurement to ensure repeatable, stable results.
Presenter: Adrian von Rohr Product Management Lead - Americas Ceratizit
Brought to you by: Ceratizit
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