Osg 3G-OTH-279231 — Compatible Parts & Alternatives

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13 compatible products found for Osg 3G-OTH-279231. All items ship worldwide via DHL.

Also known as:20241300OSG

Cross-reference match for “20241300”

“20241300” reads like a competitor / OEM part number. The 3G-catalog equivalent is below. Not an exact fit? Our global supplier network covers thousands of brands — add it to an RFQ and we’ll quote it.

OSG

OSG 20241300 Reduced-Neck Carbide Square End Mill for Aluminum, 2 Flute, 3/4" Mill Dia, 3/4" LOC, 6" OAL

SKU: 3G-OTH-279231

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Osg 3G-OTH-279231 — Compatible Parts & Alternatives

Cross-reference match for “20241300”

OSG 20241300 Reduced-Neck Carbide Square End Mill for Aluminum, 2 Flute, 3/4" Mill Dia, 3/4" LOC, 6" OAL

More from Osg

Osg This OSG square end mill is made from carbide with a reduced-neck design for deep reach. It has a 3/4" cutting diameter, 3/4" length of cut, and 6" overall length with 3 flutes. Suitable for high-speed machining of aluminum and non-ferrous materials in production milling applications.

Osg Carbide square end mill with reduced-neck design for deep slotting and high-speed machining of aluminum and non-ferrous materials. Three-flute geometry promotes efficient chip evacuation. Suitable for general milling applications in fabrication and production environments.

Osg This reduced-neck carbide square end mill is designed for machining aluminum and non-ferrous materials. The DLC coating reduces friction and built-up edge. With 3 flutes, a 3/8" mill diameter, 7/8" length of cut, and 3" overall length, it is suitable for finishing and roughing operations.

Osg Carbide square end mill with DLC coating and reduced-neck design for deep cavity machining. 3-flute geometry for efficient chip evacuation in aluminum and non-ferrous materials. Mill diameter 1/2", length of cut 3/4", overall length 4". Suitable for slotting, profiling, and finishing operations.

Osg This reduced-neck carbide square end mill is DLC coated and designed for machining aluminum and non-ferrous materials. Its 3-flute geometry and reduced neck promote efficient chip evacuation and reduced vibration during slotting, profiling, and finishing operations.