68983 — Cross-Reference

Our equivalent: Chicago-latrobe 3G-OTH-194211

13 compatible products found for Chicago-latrobe 3G-OTH-194211. All items ship worldwide via DHL.

Also known as:68983CHICAGO-LATROBE

Cross-reference match for “68983”

“68983” 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.

CHICAGO-LATROBE

CHICAGO-LATROBE Letter O High-Speed Steel Jobber-Length Drill

SKU: 3G-OTH-194211

Available by RFQQuote + Service

68983 — Cross-Reference

Cross-reference match for “68983”

CHICAGO-LATROBE Letter O High-Speed Steel Jobber-Length Drill

More from Chicago-latrobe

Chicago-latrobe This #24 jobber-length drill bit is made from TiN-coated high-speed steel with a parabolic flute design for efficient chip evacuation. The 135° split point reduces walking during drilling. Suitable for general-purpose drilling in metal, wood, and plastics.

Chicago-latrobe High-speed steel jobber-length drill bit with parabolic flute and fast spiral for efficient chip evacuation. Features a 135° split point to reduce walking on contact. Suitable for general-purpose drilling in metal, wood, and plastic.

Chicago-latrobe High-speed steel jobber-length drill bit with a parabolic flute and fast spiral design for efficient chip evacuation. The 135° split point reduces walking and facilitates self-centering. Suitable for general-purpose drilling in metal, wood, and plastic.

Chicago-latrobe High-speed steel jobber-length drill bit with a parabolic flute and fast spiral design for efficient chip clearing in deep-hole drilling. The 135° split point reduces walking and improves hole accuracy. Suitable for drilling in metal, wood, and plastics.

Chicago-latrobe High-speed steel jobber-length drill bit with parabolic flute and fast spiral design for efficient chip evacuation in deep-hole drilling. Features a 135° split point for self-centering and reduced thrust. Suitable for drilling in metal, wood, and plastics.