Old adage, modern innovation: the right tool for the job.
Reduce costs and eliminate headaches by calling us to help solve your challenges. If your current process doesn’t seem to be providing the results you want, you might be using the wrong tooling. Our customer was using a diamond-coated end mill to machine guide pads on frac pocket plugs used in down-hole oil drilling. The guide pads were made from fiberglass and glass wound filament material, which is very abrasive and shortens the life of cutting tools.
When the diamond coating wore off the end mill, the carbide substrate was exposed directly to the abrasive material, and the tool would quickly fail. Our customer needed an optimized tool to extend tool life in this abrasive material and to solidify the repeatability of the process.
Our customer tested the Superion® PCD Flat Bottom Drill in this application. The PCD substrate is more wear-resistant in the fiberglass material and provided more even wear of the tool throughout the process. Much to our customer’s delight, the Superion drill ran at a higher penetration rate, which shortened cycle time. Most importantly, the Superion drill increased our customer’s tool life from 7,500 holes to 50,000 holes (a 567% increase).
A costly application became effective and worry-free by finding the right tooling. The Superion drill didn’t just increase our customer’s tool life; it provided a repeatable, reliable process so the customer could “set it and forget it.”
Don’t tolerate unnecessary hassle and stress in your production. Call us to help you find the right tool for the job.
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Product |
Superion PCD Flat Bottom Drill |
Objectives |
Increase tool life |
Industry |
Oil & gas/petrochemical |
Part |
Frac pocket plug guide pads |
Material |
Fiberglass and glass wound filament |
Hole Ø |
0.380" (9.652 mm) |
Hole Depth |
0.275" (6.985 mm) |
Superion PCD Flat Bottom Drill
Measure |
Diamond Coated End Mill |
Superion PCD Flat Bottom Drill |
RPM |
4500 |
7500 |
Speed Rate |
448 SFM (136.55 M/min) |
746 SFM (227.381 M/min) |
Feed Rate |
0.008 IPR (0.203 mm/rev) |
0.008 IPR (0.203 mm/rev) |
Penetration Rate |
36 IPM (914.4 mm/min) |
60 IPM (1524 mm/min) |
Cycle Time |
0.46 sec |
0.28 sec |
Tool Life |
7,500 holes |
50,000 holes |
The PCD substrate for wear-resistance in abrasive materials provided:
- 567% tool life increase
- Increased penetration rates
- Repeatable/reliable machining process