FANAR X-DRILL Solid Carbide Drill Bit 3.00mm, 3xD, DIN 6537

The FANAR X-DRILL solid carbide drill bit, with a diameter of 3.00mm, is a high-precision cutting tool engineered for demanding metalworking environments. Built to comply with DIN 6537 standards, this drill bit features a 3xD drilling depth, providing excellent stability and performance for professional machining tasks. Its robust carbide construction ensures long-lasting wear resistance and consistent hole quality in a wide range of industrial materials.

Advantages

This drill bit offers superior thermal resistance and hardness, which allows for higher cutting speeds and increased productivity compared to standard high-speed steel tools. The advanced geometry of the X-DRILL facilitates efficient chip evacuation, reducing the risk of clogging and heat buildup during the drilling process. Its precise design ensures accurate hole positioning and excellent surface finish, minimizing the need for secondary finishing operations.

Suitable for

• Precision drilling in steel and cast iron
• High-speed production environments
• CNC machining centers
• General metal fabrication tasks

This drill bit may not be suitable for drilling into extremely hardened materials beyond the recommended hardness range or for handheld drilling applications where stability cannot be guaranteed. It is also not intended for use with materials that require specialized geometry, such as certain soft plastics or non-ferrous alloys that may cause chip welding.

Key specifications

• Diameter: 3.00mm
• Drilling depth: 3xD
• Material: Solid carbide
• Standard: DIN 6537
• Shank type: HA

To achieve optimal results, ensure the drill bit is securely mounted in a high-precision collet or hydraulic chuck. Before starting the operation, verify that the workpiece is firmly clamped to prevent vibration. Begin the drilling process with appropriate feed and speed settings tailored to the specific material being machined to maintain the integrity of the carbide edge.

What to consider before purchase

• Verify the compatibility of the shank type with your machine tool holder
• Ensure the 3xD drilling depth is sufficient for your specific application
• Check the material compatibility for your intended project

For best performance and tool longevity, always use a high-quality coolant or lubricant during the drilling process to manage heat and facilitate smooth chip removal. Regularly inspect the cutting edges for signs of wear to maintain precision.