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Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance

Utilizing a proper pecking cycle strategy when drilling is important to both the life of your tool and its performance in your part. Recommended cycles vary depending on the drill being used, the material you’re machining, and your desired final product.

Start to Boost Your Accuracy with Harvey Tool’s Drilling Guidebook.

What are Pecking Cycles?

Rather than drill to full drill depth in one single plunge, pecking cycles involve several passes – a little at a time. Peck drilling aids the chip evacuation process, helps support tool accuracy while minimizing walking, prevents chip packing and breakage, and results in a better all around final part.

Miniature Drills

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance

High Performance Drills – Flat Bottom

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance

High Performance Drills – Aluminum & Aluminum Alloys

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance

Note: For hole depths 12x or greater, a pilot hole of up to 1.5X Diameter is recommended.

High Performance Drills – Hardened Steels

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance
High Performance Drills – Prehardened Steels

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance

Key Pecking Cycle Takeaways

From the above tables, it’s easy to identify how recommended peck drilling cycles change based on the properties of the material being machined. Unsurprisingly, the harder the material is, the shorter the recommended pecking depths are. As always, miniature drills with a diameter of less than .010″ are extremely fragile and require special precautions to avoid immediate failure. For help with your specific job, contact the Harvey Tool Technical Team at 800-645-5609 or [email protected]

Mastering Pecking Cycles: Choose the Best Approach for Optimal Drilling Performance


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