Premium Hex-Shank Screw and Thread Extractor Bit

Dealing with stripped, snapped, or stuck screw heads and pipe fittings is common enough to ruin a job. It’s precisely that kind of scenario this special High Speed Steel (HSS) extractor bit is designed to resolve by transforming what would normally be a long and arduous process of mechanically removing stuck parts into a simple, easy operation. Developed to be durable and precise, this unit has been engineered using unique geometrical techniques combined with superior material quality to provide the ability to efficiently remove high torque applications through metals, woods and plastics.

Design & Key Features

• Dual Stage Design: The design features two distinct geometries - the first being a pointed conical tip and secondly the sharp ridges on the outside of the tool - when inserted into a damaged fastener or rounded thread they will seat themselves firmly into place creating a tight grasp without slipping or damaging surrounding structure.
• Hex Shank Standard: The base of the tool contains a 1/4" hex shank which allows for an easily removable interface for hand drills, impact drivers and other common bit holding systems for quick and easy bit exchanges.
• Engraving: Each side of the tool has engraving showing each size (i.e. 6) for easy identification in a busy work environment.
• Durability: Constructed from alloy steel, hardened and treated to resist wear, the tool will maintain it's edge under extreme friction and temperature conditions - i.e., cast iron, aluminum, stainless steel etc.

Usage Applications & Instructions

This tool is an ideal addition to any toolbox for anyone involved in automobile repairs, plumbing upkeep, machinery service or do-it-yourself home improvements.

Use the tool by attaching it to your drill driver, set at reverse (counter-clockwise) rotation. Slowly press the point of the tool into the head of the stripped fastener/broken fitting while applying steady downward force. Allow the tapered cutting surface to "bite" into the damaged fastener until it becomes seated. Then reduce speed slightly and allow the tools reverse torque action to slowly unscrew the damaged fastener completely out of its housing.

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