M.a. Ford 2XDSR2031A Jobber Drill 13/64 in Solid Carbide

Product Description

The M.A. FORD 2XDSR2031A is a solid carbide jobber-length drill bit designed for high-performance drilling in demanding materials. It measures 13/64 inches (0.2031 inches) in diameter with an overall length of 3.23 inches and a spiral flute length of 1.58 inches. The 142-degree split point reduces walking at entry and minimizes thrust load. With a straight-cylindrical shank at 0.23 inches diameter and a right-hand cutting direction, this drill fits standard chucks and is suited for CNC machining centers and manual drill presses used by machinists and tool-and-die professionals.

This drill bit is engineered for cutting titanium alloys, temperature-resistant alloys, and other difficult-to-machine materials classified under ISO material codes H, M, and S. The 5xD flute-to-diameter ratio supports a maximum drilling depth of 1.26 inches. It belongs to M.A. FORD Series 2XDSR, a line built for high-performance applications where tool life and hole quality in hard or abrasive workpiece materials are critical. Typical use cases include aerospace component machining, medical device manufacturing, and precision industrial fabrication.

Key Features

• Solid carbide construction for rigidity and wear resistance in hard-to-machine alloys
• 142-degree point angle reduces entry thrust and improves self-centering
• Right-hand spiral flute with regular helix for efficient chip evacuation
• 5xD flute-to-diameter ratio supports up to 1.26 inches drilling depth
• Straight-cylindrical shank at 0.23 inches for standard collet or chuck compatibility
• Manufactured to ISO 9001:2015 certified standards

Compatibility

Designed for drilling titanium alloys and temperature-resistant alloys (ISO material codes H, M, and S). Fits standard straight-shank drill chucks and collets accepting a 0.23-inch shank diameter. Part of the M.A. FORD 2XDSR series.

Installation Notes

Installation and use of carbide drill bits should be performed by qualified machinists familiar with speeds, feeds, and workholding for hard alloys. Secure the workpiece firmly before drilling and verify that spindle runout is within acceptable limits, as carbide is brittle and sensitive to lateral loading. Do not use this bit in hand-held drills; it is intended for rigid machine tool setups such as CNC machining centers or drill presses. Inspect the cutting edge before each use and replace immediately if chipping is observed.