LNMX 0607R6 AH8015 Wendeplatten - Tungaloy

Take advantage of the combination of PVD-coated AH8015 carbide and a robust rectangular 90° geometry to increase machining consistency and reduce changeover time; order through Metav Werkzeuge or consult their technical team for application advice.

LNMX 0607R6 AH8015 indexable insert for milling – Tungaloy

The LNMX0607R6-MJ AH8015 Tungaloy insert is a rectangular indexable insert engineered for general milling of heat-resistant alloys within Tungaloy milling systems.

• PVD-coated carbide grade AH8015
• For milling heat-resistant alloys
• Rectangular insert with 90° angle
• Zero-degree free cutting angle for edge stability

Engineered for consistent productivity

The LNMX0607R6-MJ grade AH8015 combines a PVD-coated carbide substrate with a geometry tuned for balanced wear resistance and cutting-edge stability. This results in fewer unexpected tool changes and a steadier surface finish during extended runs. The coating reduces flank wear under thermal load, while the selected carbide matrix supports reliable edge retention when machining demanding alloys, which helps maintain production throughput and predictable tool life.

Broad use across milling operations

Designed as part of a complete milling system, the insert suits a variety of operations — from face and shoulder milling to slotting, high-feed and contouring — depending on the associated tool family. The system concept requires that the insert seat, overall geometry and the cutter body are technically matched; correct pairing ensures secure clamping and optimal cutting behaviour. When integrated correctly, the indexable plate contributes to efficient material removal while limiting process variability.

Practical design details that aid assembly and chip control

The rectangular plate form and a 90° cutting angle provide strong support for axial and radial loads, making the geometry especially useful for square-shoulder work and finishing passes. The 0° free cutting angle promotes a stable cutting edge for interrupted or heavy cuts. The chipbreaker MJ is intended to optimise chip formation and evacuation when paired with suitable cutting conditions, reducing recutting and improving surface quality. Assembly typically comprises the insert, a clamping screw and, if required, a shim or underlay to ensure correct seat fit.

Material focus and integration guidance

Formulated as a first-choice grade for heat-resistant alloys, this insert supports applications where high temperature exposure and work-hardening can challenge tool life. The component is manufactured from carbide, delivering the hardness needed for demanding thermal environments, while the PVD finish enhances resistance to adhesive wear. For best results, select a tool body and clamping arrangement that match the insert seat and geometry; compatibility ensures reliable performance and repeatable results across production batches.

For reliable, application-oriented milling with Tungaloy’s LNMX0607R6 AH8015 indexable insert, contact Metav Werkzeuge for availability and technical consultation: info@metav-werkzeuge.com or +49 2822 7131930

Technical Data

• Article number: 6823935
• SKU: 6823935-Tungaloy
• Manufacturer SKU: TUN6823935
• Series: Milling indexable inserts
• Material: carbide

Numbers

• Cutting angle: 90°
• Plate thickness: 7.94 mm
• Plate size: 06
• ISO code: 0607R6
• Free cutting angle: 0°

Special features

• Grade/coating: AH8015 (PVD-coated)
• Chipbreaker: MJ
• Plate form: rectangular
• Hole: Special
• Application: Milling (face, shoulder, slot, high-feed, contour depending on tool family)

FAQ

What materials is this insert best suited for?
The LNMX0607R6-MJ AH8015 insert is specified as a first choice for heat-resistant alloys, where the PVD coating and carbide substrate offer a balanced wear resistance and edge stability.

What does the MJ chipbreaker provide?
The MJ chipbreaker on this indexable plate aids chip control and evacuation, promoting consistent chip shapes and reducing recutting when used with a compatible milling body and correct cutting parameters.

How does the 90° geometry influence performance?
A 90° cutting angle gives strong support for axial and radial loads, making the insert well suited to shoulder milling and operations that require stable, repeatable surface finishes.

Which components are required for correct assembly?
The system requires a matching insert seat, the correct geometry of the cutter body, a clamping screw and, if applicable, a shim or underlay to ensure secure and precise mounting of the indexable plate.

What is the plate thickness and how does it affect machining?
The plate thickness is 7.94 mm, which contributes to mechanical rigidity and resistance to deformation under heavy or interrupted cutting conditions.

Manufacturer/Responsible: Tungaloy-NTK Germany GmbH, Katzbergstraße 3a, 40764 Langenfeld - Protected trademarks and product names are the property of their respective owners. Brand names and protected trademarks are mentioned solely for explanatory purposes. There is no affiliation between our company and the mentioned brands. The item offered is an original, brand-new product from the manufacturer.