MA Ford Mfg

MA Ford offers a range of drill series tailored to specific applications—for example, the 200S Series for positioning holes before the main drilling process, the 2XDSR Series for general-purpose drilling, and the MXDCR Series for deep micro-diameter holes.
These tools support the high-precision, high-volume machining demanded on manufacturing floors.

This article summarizes the key features and applications of MA Ford’s solid carbide drills by product series.

Recommended
Applications for
MA Ford Mfg

MA Ford specializes in micro-diameter hole drilling for difficult-to-machine materials, making it a strong choice for precision manufacturers operating continuous production lines where downtime is not an option.

These challenging materials tend to generate high cutting resistance and retain heat, increasing the risk of tool wear and chipping. Micro-diameter holes also make chip evacuation more difficult, where even minor issues can result in tool breakage or line stoppage.

To address these challenges, MA Ford has developed its proprietary ALtima® coating, which offers excellent oxidation resistance even under high temperatures,helping to reduce wear and heat generation.
Common design features such as coolant-through capability, web thinning, and post-coating polishing further enhance chip evacuation.

The drills deliver excellent cost-performance in production environments requiring both high precision and continuous operation, such as in the automotive and aerospace industries.

Note: Performance may vary depending on the product and machining conditions, including spindle speed, feed rate, coolant, and machine rigidity.

How to Choose MA Ford Carbide Drills

Spotting and Positioning

Recommended: 200S Series

If you need accurate positioning before the main drilling process, the 200S Series is designed to create a guide indentation for follow-up drilling.

Its 145° point angle helps the main drill seat accurately, reducing the risk of chipping or vibration at hole entry. The single-margin design reduces friction, while the Altima® coating supports reliable performance across a wide range of materials.

Use this series for positioning before main-hole drilling. For chamfering at a specified angle, choose a dedicated spot or countersink tool.

Best Suited For

• Pre-drilling and positioning
• Guide holes before main drilling
• Carbon and alloy steels
• Stainless steels
• Cast iron
• Heat-resistant and titanium alloys
• Hardened steels

Available Lineup

• 200S Series: 3×D type, Ø3.0–16.0 mm (approx. 0.118–0.630")

Deep-Hole Drilling

Recommended: 2XDSR Series

If your application requires deep-hole drilling up to 5×D, the 2XDSR Series is designed for high-volume machining in difficult materials.

Its refined point geometry reduces thrust at entry, while the single-margin design lowers friction against the hole wall. This supports stable penetration and longer tool life, especially in hardened or heat-resistant materials.

The 140° point angle, 30° helix angle, and Altima® coating help maintain chip evacuation and reduce cycle time in production environments.

Best Suited For

• Deep-hole drilling up to 5×D
• High-volume production
• Carbon and alloy steels
• Stainless steels
• Cast iron
• Heat-resistant and titanium alloys
• Hardened steels

Available Lineup

• 2XDSR Series: 5×D type
• Diameter range: Ø1.5–16.0 mm (approx. 0.059–0.630")
• Model range: 2XDSR0156A to 2XDSR6299A
• Tolerances: DC h7, shank h6
• Effective length: LU = LCF − (1.5 × DC)

Micro Deep Holes

Recommended: MXDCR Series

If you need small-diameter deep holes, the MXDCR Series is a coolant-through micro drill designed to improve chip evacuation and cutting stability.

Internal coolant helps remove chips from deep holes, reducing the risk of tool breakage and line stoppages. A thin web reduces thrust at entry, while polished flutes help chips move smoothly out of the hole.

Best Suited For

• Micro-diameter drilling
• Small-diameter deep holes
• Applications where chip evacuation is difficult
• Carbon and alloy steels
• Stainless steels
• Cast iron and ductile cast iron
• Heat-resistant and titanium alloys
• Hardened steels

Available Lineup

• MXDCRM0100A: Ø1.00 mm (approx. 0.039")
• MXDCRM0150A: Ø1.50 mm (approx. 0.059")
• MXDCRM0200A: Ø2.00 mm (approx. 0.079")
• MXDCRM0250A: Ø2.50 mm (approx. 0.098")
• MXDCRM0295A: Ø2.95 mm (approx. 0.116")

For more detailed technical information and product comparisons, visit our special feature on carbide drills for stainless steel.
The page highlights three top manufacturers with proven strengths in stainless steel machining, including in-depth coverage of recommended tools for this demanding material.

After-Sales Support from MA Ford Mfg Co

MA Ford offers a reconditioning service called Red Box Reconditioning, which restores the performance of worn solid carbide drills through regrinding and re-coating.

Users simply request a dedicated “Red Box,” send in the used tools, and MA Ford will inspect the wear or damage, perform regrinding, and apply a coating equivalent to the original specification.
The service is available from a single tool, making it accessible even for small-lot operations.

This service helps reduce replacement costs by extending tool life instead of purchasing new ones.

Company Information

Address	7737 Northwest Blvd, Davenport, IA 52806, USA
Phone Number	+1-800-553-8024
Official Website	https://www.maford.com