10mm Solid Carbide End Mill 24mm Effective Length TiAlN Coating, DIN 6527 - TECWERK

Take advantage of the combination of solid carbide construction, TiAlN coating and an HPC geometry that balances aggressive material removal with a reliable surface finish; order the tool directly via Metav Werkzeuge or consult the team for technical questions.

End mill DIN 6527 K Type N — 10 mm, solid carbide, TiAlN-coated (TECWERK)

A End mill DIN 6527 K Type N engineered for high‑performance cutting (HPC) across steels, castings and non‑ferrous alloys; short 4‑flute design with centre‑cutting and cylindrical shank to DIN 6535 HB.

*Solid carbide, fine-grain, TiAlN-coated *4‑flute design for high material removal *Centre-cutting for plunge milling *Cylindrical shank to DIN 6535 HB, h6 tolerance

Faster, more durable cutting thanks to advanced geometry and coating

The tool combines a solid carbide (VHM) substrate with a TiAlN surface layer and a purpose-designed high‑performance cutting geometry. This trio reduces wear and increases thermal resistance so the cutter maintains edge life under sustained loads. The 4‑flute layout and short, rigid form minimise deflection and allow higher feed rates, while the diameter 10 mm and cutting length 24 mm deliver a compact, high‑rigidity solution for both roughing and finishing cycles. DIN‑based standards ensure predictable clamping and repeatability in the toolholder.

Broad material compatibility for versatile workshop use

Designed with an unequal pitch and a centre‑cutting capability, the cutter tackles a wide range of materials: steels, cast iron, stainless and non‑ferrous metals, special alloys and even aluminium with silicon content. The HPC orientation and the TiAlN coating improve resistance to built‑up edge and oxidation at higher cutting temperatures, so operations remain stable when switching from semi‑finishing to aggressive stock removal. The uneven flute spacing helps to damp vibration and break chips, improving surface quality and extending tool life in mixed production runs.

Precision clamping and vibration control for consistent results

Clamping reliability comes from the cylindrical shank to DIN 6535 HB with h6 tolerance, supporting concentricity and reproducible runs. A vibration‑reducing neck relief and a 45° protective chamfer (0.2 mm) at the cutting edge reduce impact at entry and improve tool robustness when plunging or entering interrupted cuts. The short overall length (66 mm) further increases stiffness, making the cutter a cost‑effective choice where cycle time and surface finish are equally important. For workshop planners the result is fewer tool changes and steadier production quality.

For reliable high‑performance milling in diverse materials, rely on TECWERK quality — contact Metav Werkzeuge for availability and technical assistance at info@metav-werkzeuge.com or call +49 2822 7131930

Technical data

• Article number: 2000866486NW
• Standard: DIN 6527
• Product type: End mill (short, Type N)
• Manufacturer: TECWERK

Dimensions & core data

• Diameter: 10 mm
• Overall length: 66 mm
• Cutting length: 24 mm
• Shank diameter: 10 mm
• Cutting edges: 4
• Shank tolerance: h6
• Neck relief: 9.5 mm

Materials & features

• Material: solid carbide (VHM · fine grain)
• Coating: TiAlN
• Cutting direction: right‑hand cutting
• Centre‑cutting for plunge milling
• Unequal pitch for vibration reduction
• 45° protective chamfer 0.2 mm
• Cylindrical shank to DIN 6535 HB
• Short design for high rigidity
• Suited for HPC, roughing and finishing
• Suitable for steel, cast iron, INOX, NE‑metals, special alloys, aluminium with silicon and abrasive materials

FAQ

What applications is this end mill best suited for? This end mill DIN 6527 K Type N (TECWERK, SKU 2000866486NW) is engineered for HPC operations including roughing and finishing in steels, cast iron, stainless steels and non‑ferrous alloys.

Can the cutter be used for plunge milling? Yes; the centre‑cutting geometry allows plunge milling and the protective chamfer supports safe entry into the material with the TECWERK end mill.

How does the TiAlN coating benefit machining performance? The TiAlN coating on the solid carbide substrate increases heat resistance and reduces adhesion of material to the edge, extending tool life under elevated temperatures typical in HPC.

What clamping accuracy can be expected? The cylindrical shank conforms to DIN 6535 HB with h6 tolerance, providing high concentricity and repeatable positioning in standard toolholders.

Is the cutter suitable for vibration‑sensitive setups? Yes; the unequal pitch and neck relief are designed to reduce chatter and support vibration‑reduced machining, improving surface finish and tool life.

Manufacturer / Responsible: NORDWEST Handel AG, Robert‑Schuman‑Straße 17, 44263 Dortmund