M.a. Ford 2XDCL1654A Taper Length Drill Bit 4.2mm Carbide

Product Description

The M.A. FORD 2XDCL1654A is a taper length solid carbide drill bit engineered for precision hole-making in demanding industrial and trade applications. Built from solid carbide and finished with a TiN (titanium nitride) coating, this bit delivers extended tool life and reduced friction at the cutting edge. It features a 142-degree split point, a right-hand spiral flute, and a straight cylindrical shank. The 4.2 mm (0.1654 inch) diameter, 45 mm flute length, and 100 mm overall length make it well suited for controlled, deep drilling where rigidity and accuracy are critical. Coolant-through capability supports higher feed rates and improved chip evacuation in production environments.

This drill bit is designed for use in CNC machining centers, drill presses, and high-precision hand-held drilling operations where consistent hole quality is required. The 7xD flute-to-diameter ratio supports a maximum drilling depth of 36 mm. Material applications include cast iron, titanium, carbon steel, steel, and tool steel, making it a versatile choice for machine shops, maintenance technicians, and fabricators working across a broad range of workpiece materials.

Key Features

• Solid carbide construction for hardness and wear resistance in ferrous and non-ferrous materials
• TiN coating reduces friction and extends cutting life
• 142-degree drill point angle for accurate entry and reduced thrust force
• Coolant-through design aids chip evacuation and heat management at depth
• Right-hand spiral flute with 7xD ratio supports maximum drilling depth of 36 mm
• Straight cylindrical shank with 5 mm diameter fits standard collets and drill chucks

Compatibility

Designed as an OEM-style taper length drill for use in CNC machining centers and drill presses equipped with standard straight-shank toolholders or collets accepting a 5 mm shank diameter. Rated for cast iron, titanium, carbon steel, steel, and tool steel workpieces.

Installation Notes

Installation and use should be performed by qualified machinists or tooling technicians familiar with carbide tooling handling procedures. Ensure the spindle is fully stopped and the machine is locked out before changing or securing the bit in the toolholder. Carbide is brittle - avoid lateral loading, impact, or over-tightening the collet beyond manufacturer torque guidance. When activating coolant-through function, verify the coolant system pressure is compatible with the machine spindle before operation.