Guhring RF 100 Diver 6799 End Mills — 3-Flute — Coolant Through — Metric — HA Shank
Guhring RF 100 Diver 6799 End Mills — 3-Flute — Coolant Through — Metric — HA Shank
Guhring RF 100 Diver series 6799 solid-carbide end mills with Signum (nano-Si) coating. Internal coolant delivery. Compare the exact cutting diameter, flute length and shank form for your setup.
Availability confirmed with your quote.
Technical Specifications
Tool configurations
Manufacturer warning
This product contains Cobalt Metal Powder, a chemical known to the State of California to cause cancer.; For more information go to www.P65Warnings.ca.gov
Technical documents
Manufacturer cutting data — inch units
Manufacturer cutting data — inch units (PDF)
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| Description | Guhring RF 100 Diver series 6799 solid-carbide end mills with Signum (nano-Si) coating. Internal coolant delivery. Compare the exact cutting diameter, flute length and shank form for your setup. |
Guhring RF 100 Diver series 6800 solid-carbide end mills with Signum (nano-Si) coating. Internal coolant delivery. Compare the exact cutting diameter, flute length and shank form for your setup. |
Guhring RF 100 Diver series 6798 solid-carbide end mills with Signum (nano-Si) coating. Without internal coolant delivery. Compare the exact cutting diameter, flute length and shank form for your setup. |
| Price | Pricing by quote
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Technical guidance & FAQs
Applications and materials
Choosing a configuration
Compatibility and use
Technical documents
How do I choose cutting conditions?
Use the manufacturer cutting-data document for this series and the actual workpiece material. Adjust for machining operation, engagement, tool overhang, machine rigidity and coolant setup. Ask Tech Tool for help with the exact EDP and application.
Is the product image the exact size I will receive?
The image represents the manufacturer series. Use the selected EDP, dimensions and shank form to confirm the configuration before requesting a quote.
What should I include with my quote request?
Include the exact EDP and quantity, workpiece material, machining operation and any holder or coolant constraints. Include the required corner radius and reach where relevant.