12mm Carbide Rotary Burr Cross Cut, Head 25mm, Shank 6mm, DIN 8033 - TECWERK

Take advantage of solid carbide construction, cross-cut (DIN MX) geometry and a standard 6 mm shank for efficient shaping and long tool life; order the rotary burr directly via Metav Werkzeuge or ask the consultants for matching alternatives.

Rotary burr SKM D.12 mm (TECWERK) – Carbide rotary cutter, 12 mm head, cross-cut

The rotary burr SKM D.12 mm is a solid-carbide cutting tool designed for shaping, deburring and finishing in workshop environments; it combines a compact 25 mm cutting head with a secure 6 mm shank for stable machining.

• Solid carbide construction for long service life
• Cross-cut geometry (DIN MX) for fast material removal
• 12 mm cutting head, 25 mm head length
• 6 mm shank for standard tool holders

Faster stock removal through optimised tooth geometry

The rotary cutter's cross-cut geometry (conforming to DIN MX) delivers a high material removal rate while producing a finer finish than single-cut alternatives. The multiple cutting edges split chips into smaller fragments, reducing clogging and improving heat dissipation; this results in fewer tool changes and higher process efficiency for repetitive workshop tasks. The use of solid carbide substrates helps maintain cutting-edge stability even under intermittent heavy use, supporting consistent results across batches.

Reliable fit and stable clamping for safer operation

A 6 mm shank provides compatibility with widely used collets and chucks, ensuring concentric clamping and reduced runout. The tool's overall length of 65 mm with a 25 mm cutting head balances accessibility with stiffness, limiting deflection when working in tight areas. Conformance with the DIN 8033 standard gives a predictable interface for toolholders and fixtures, helping to integrate the cutter into existing setups without additional adaptation.

Built for longevity and predictable performance

Manufactured from carbide, the cutter is engineered to withstand abrasive wear and maintain cutting geometry over extended intervals. The cross-cut arrangement lowers cutting forces per tooth, which together with the material choice contributes to durability and a more uniform surface quality. Reduced downtime for regrinding or replacement translates into operational savings and steadier throughput — a practical advantage for workshops seeking consistent precision without complex tool management.

Practical handling and application guidance

For best results, employ light, steady feed rates and avoid excessive lateral pressure to preserve the cutting edges and minimise vibration. The cutter suits common shaping, deburring and cavity work where a balance between stock removal and surface finish is required. When in doubt about optimal speeds or the correct toolholder combination for a specific task, consult available technical support to match cutting conditions to the desired outcome.

For tailored advice or to secure supply of the TECWERK rotary burr SKM D.12 mm, contact Metav Werkzeuge at info@metav-werkzeuge.com or call +49 2822 7131930 for prompt assistance and reliable dispatch

Technical data

• Article number: 2000868762NW
• Brand: TECWERK
• Product type: Rotary burr
• Form: SKM
• Standard: DIN 8033
• Material: Carbide
• Packaging unit: 1

Facts

• Diameter: 12 mm
• Overall length: 65 mm
• Head length: 25 mm
• Shank diameter: 6 mm
• Tooth type: Cross-cut

Special features

• Cross-cut geometry (DIN MX)
• Solid-carbide construction
• Shank Ø 6 mm
• Label: Frässtift SKM D.12mm Kopf-L.25mm Schaft-D.6mm HM Verz.Kreuz TECWERK

FAQ

What tasks is this rotary burr best suited for?
The TECWERK rotary burr SKM D.12 mm is intended for shaping, deburring and finishing applications where efficient material removal and a good surface quality are required.

Which toolholders fit the shank of this cutter?
The cutter's 6 mm shank is compatible with standard collets and chucks designed for Ø 6 mm tools; the secure clamping reduces runout and improves stability during use.

Does the cutter conform to any industry standards?
Yes, the tool geometry and form follow DIN 8033, and the cross-cut arrangement is executed to a DIN MX–style specification for predictable cutting behaviour.

How does the cross-cut design affect performance?
Cross-cut teeth split chips into smaller fragments, enhancing chip evacuation and delivering a finer finish while maintaining a high material removal rate compared with single-cut designs.

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