EL-CUT Solid Carbide Drill Bit 13.00mm, 5xD, Internal Cooling, HA14 Shank

The EL-CUT solid carbide drill bit, featuring a 13.00mm diameter and a 5xD drilling depth, is a high-performance cutting tool engineered for precision industrial applications. Constructed from premium solid carbide, this drill bit is specifically optimized for machining aluminum and various non-ferrous materials. The inclusion of internal cooling channels ensures superior heat management and efficient chip evacuation, which significantly enhances tool life and maintains consistent hole quality during demanding drilling operations.

Advantages

This drill bit offers exceptional rigidity and wear resistance due to its solid carbide construction, allowing for high-speed machining with minimal deflection. The integrated internal cooling system is a critical feature that prevents overheating and prevents chip clogging, ensuring smooth operation even in deep-hole drilling scenarios. By providing stable performance and precise hole geometry, this tool helps reduce cycle times and improves overall productivity in manufacturing environments.

Suitable for

• Precision drilling in aluminum alloys
• Machining of non-ferrous metals
• Deep-hole drilling applications up to 5xD
• Industrial milling and drilling centers

When it may not be suitable

This drill bit is specifically optimized for non-ferrous materials and may not provide optimal performance or tool life when used on hardened steels, titanium, or abrasive superalloys. It is also not intended for handheld drilling machines, as it requires the stability and high-pressure coolant supply of a CNC machine tool to function correctly.

Key specifications

• Diameter: 13.00mm
• Drilling depth: 5xD
• Material: Solid carbide
• Cooling: Internal cooling channels
• Shank type: HA14

How to use

To achieve the best results, ensure the drill bit is securely mounted in a high-precision collet or hydraulic chuck within a CNC machine. Connect the internal cooling system to the machine's high-pressure coolant supply to facilitate effective chip removal. Always verify that the machine parameters, including feed rate and spindle speed, are set according to the specific requirements for the material being machined to prevent premature tool wear.

What to consider before purchase

• Verify that your machine tool supports internal coolant delivery
• Ensure the HA14 shank is compatible with your tool holder system
• Check that the 5xD length is sufficient for your specific workpiece requirements
• Confirm the material compatibility with your production needs

Usage recommendations

For optimal tool longevity and hole accuracy, always maintain a consistent flow of coolant and avoid exceeding the recommended feed rates for the specific aluminum alloy being processed. Regularly inspect the cutting edges for signs of wear to prevent potential damage to the workpiece.