Fanar X-Drill Solid Carbide Drill Bit 3.00mm, 5xD, DIN 6537

The Fanar X-Drill 3.00mm solid carbide drill bit is a high-performance cutting tool engineered for precision metalworking applications. Built to comply with DIN 6537 standards, this drill bit features a 5xD drilling depth, making it an essential component for professional machining environments where accuracy and reliability are paramount. Its solid carbide construction ensures superior hardness and heat resistance, allowing for consistent performance across a wide range of metallic materials.

Advantages

The primary advantage of this solid carbide drill bit lies in its exceptional structural integrity and wear resistance. By utilizing high-grade carbide, the tool maintains its cutting edge sharpness significantly longer than standard high-speed steel alternatives, which reduces the frequency of tool changes and increases overall productivity. The geometry of the X-Drill is optimized for efficient chip evacuation, which minimizes heat buildup and prevents clogging during deep hole drilling operations. This results in cleaner holes, improved surface finish, and higher dimensional accuracy for demanding industrial tasks.

Suitable for

• Precision drilling in steel and cast iron
• High-volume production environments
• CNC machining centers
• Applications requiring consistent 5xD depth accuracy

This drill bit may not be suitable for handheld power drills due to the brittle nature of solid carbide, which can fracture under the vibrations and lack of rigidity inherent in manual operation. It is also not recommended for drilling hardened steels exceeding the tool's specified material hardness range or for use in materials that require specialized geometry, such as certain soft plastics or non-ferrous alloys where chip welding may occur.

Key specifications

• Diameter: 3.00 mm
• Drilling depth: 5xD
• Material: Solid carbide
• Standard: DIN 6537

To achieve optimal results, the drill bit should be mounted in a high-precision collet chuck or hydraulic holder to minimize runout. Ensure that the workpiece is securely clamped to prevent vibration. Begin the drilling process with a pilot hole if necessary, and always use an appropriate coolant supply to facilitate chip removal and maintain thermal stability during the cutting process.

What to consider before purchase

• Verify the compatibility of your machine tool's collet system
• Ensure the drilling depth meets your specific project requirements
• Confirm the material hardness of your workpiece matches the tool's capabilities

For best results, maintain consistent feed rates and spindle speeds according to the material being machined to maximize the service life of the carbide edge.