Osg 3G-OTH-409616 — Compatible Parts & Alternatives

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13 compatible products found for Osg 3G-OTH-409616. All items ship worldwide via DHL.

Also known as:10484405OSG

Cross-reference match for “10484405”

“10484405” 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 31/64" General Purpose Cobalt Screw-Machine Length Drill Bit, 130° R-Thinning Point, TiN Coated

SKU: 3G-OTH-409616

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Osg 3G-OTH-409616 — Compatible Parts & Alternatives

Cross-reference match for “10484405”

OSG 31/64" General Purpose Cobalt Screw-Machine Length Drill Bit, 130° R-Thinning Point, TiN Coated

More from Osg

Osg General purpose cobalt screw-machine length drill bit with TiN coating for reduced friction and extended tool life. Features a 130° R-thinning point for precise hole drilling in hardened steels and alloys. Suitable for automated machining centers and high-production environments.

Osg This OSG cobalt screw-machine length drill bit is designed for precision drilling in metalworking applications. Featuring a 130° R-thinning point and TiN coating, it enhances wear resistance and chip evacuation for use in rigid setups and automated machining environments.

Osg Cobalt screw-machine length drill bit with a #42 diameter (0.0935 in). Features a 130° X-thinning point to reduce thrust and improve chip evacuation. TiN-coated for extended tool life. Suitable for high-speed drilling in production environments.

Osg This OSG #13 screw-machine length drill bit has a 0.1850 inch diameter and is made from cobalt with a TiN coating. It features a 130° R-thinning point for improved chip evacuation and wear resistance. Suitable for precision drilling in metalworking and industrial manufacturing applications.

Osg This screw-machine length drill bit is designed for precision drilling in automated machining and production environments. The 130° R-thinning point reduces thrust, while the TiN-coated cobalt construction provides heat resistance for use in ferrous metals.