Dico 7600172 Flexible Motor Shaft 52 in 3/8-24 Thread

Product Description

The DICO 7600172 is a flexible motor shaft designed to extend the reach of bench drill motors and convert them for use with flex-shaft tooling. Measuring 52 inches in length with a 3/8-24 external thread size, this shaft accepts a 1/4-inch shank. It provides a flexible mechanical connection between a stationary motor and a working end, allowing rotation to be transmitted through bends and curves that a rigid shaft cannot accommodate. Technicians and tradespeople use this component when a direct drive arrangement is impractical due to space constraints or workpiece positioning.

This flexible motor shaft is suited for shop and field applications where bench motors need to drive rotary tools at a distance or at an angle. It is a practical solution for grinding, polishing, engraving, or other rotary tasks that require maneuverability beyond what a fixed tool head allows. The 52-inch length gives substantial working reach, making it useful in both confined spaces and open bench setups.

Key Features

• 52-inch overall length provides extended reach from motor to working end
• 3/8-24 external thread size for secure motor connection
• Compatible with 1/4-inch shank tooling
• Converts standard bench drill motors to flex-shaft operation
• Flexible construction allows tool use at angles not possible with rigid shafts

Compatibility

Designed for use with bench drill motors and rotary tools accepting a 1/4-inch shank. Compatible with motors using a 3/8-24 thread connection. Refer to your motor manufacturer specifications to confirm thread and shank compatibility before installation.

Installation Notes

Installation should be performed by qualified personnel familiar with rotary power transmission equipment. Disconnect and lock out the motor from its power source before attaching or removing the flex shaft. Ensure the 3/8-24 threaded connection is fully engaged and secure before operation, and verify that the 1/4-inch shank tooling is properly seated and tightened at the working end. Do not operate the flex shaft at speeds exceeding the motor or tooling manufacturer rating, and avoid sharp bends that could damage the internal core during use.