Drill bit FANAR WIERTLO WEGLIK 6.00 mm 28/66 mm 3xD VHM X-DRILL (DIN 6537)

Solid carbide drill bit FANAR WIERTLO WEGLIK with a 6.00 mm diameter designed for metalworking and industrial machining. The tool features a working length of 28 mm and an overall length of 66 mm, giving a 3xD drilling ratio. Manufactured to DIN 6537 standards, the drill uses X-DRILL geometry to improve chip evacuation and cutting stability. Made from VHM (solid carbide), it provides high hardness and wear resistance for repeatable hole quality in short to medium reach operations.

Advantages

The FANAR WIERTLO WEGLIK drill bit combines solid carbide construction with X-DRILL geometry to deliver improved chip flow and consistent hole tolerances. Compliance with DIN 6537 ensures dimensional and geometrical reliability. VHM material increases tool life under stable cutting conditions and supports higher cutting speeds compared with high-speed steel alternatives. The compact 3xD design reduces deflection for precise drilling in through-holes and shallow blind holes.

Suitable for

• Precision drilling in steel, stainless steel and non-ferrous metals
• Industrial production runs requiring repeatable hole quality
• Short to medium depth drilling where rigidity and accuracy are required
• Machining operations with standard toolholders compatible with DIN 6537 shank geometry

Key specifications

• Diameter: 6.00 mm
• Working length: 28 mm
• Overall length: 66 mm
• Length ratio: 3xD
• Material: VHM (solid carbide)
• Geometry: X-DRILL for improved chip evacuation
• Standard: manufactured to DIN 6537 dimensional specifications

How to use

Secure the drill in a suitable holder or chuck that accepts the DIN 6537 shank geometry and ensure correct clamping to minimize runout. Select cutting speed and feed according to the workpiece material and carbide recommendations; use coolant or lubricant where appropriate to extend tool life and improve surface finish. Center and pilot as needed for high-precision locations, then advance the drill steadily without excessive pecking for holes up to 3xD, retracting periodically if chips accumulate. Inspect hole diameter and surface after machining to confirm tolerance and finish.

Usage recommendations

For best results, use appropriate coolant and rigid fixturing, maintain low runout in the spindle, and adjust speed/feed for the specific metal to balance tool life and productivity. Avoid heavy intermittent cuts and excessive feed rates that can cause chipping in solid carbide drills.