XCET 310404 AH330 Wendeplatten - Tungaloy

Benefit from high-feed productivity, PVD-coated AH330 wear resistance and secure clamping that supports stable, repeatable milling processes; order the XCET310404ER AH330 inserts directly via Metav Werkzeuge or ask our consultants for application-specific advice.

XCET 310404 AH330 indexable insert — DoFeed high-feed milling, Tungaloy

The XCET310404ER AH330 is a high-feed indexable insert designed for milling applications, optimised for large time‑chip volumes at small axial depths and suited to pocketing and face milling.

• DoFeed high-feed geometry for large material removal
• PVD-coated AH330 carbide for wear resistance
• Single-sided chipbreaker for stable chip control
• Cylindrical hole with 40°–60° countersink for secure clamping

Higher throughput with minimal axial engagement

The DoFeed geometry of this insert allows effective material removal with very small axial depths, converting modest cutting depths into high volumetric productivity. The PVD-coated AH330 grade on a carbide substrate provides a combination of edge sharpness and resistance to flank wear, so the tool life remains consistent across extended runs. The special plate shape and the relatively robust 4.76 mm plate thickness contribute to torsional stability, reducing the risk of edge chipping during interrupted cuts and ensuring predictable cycle times in production.

Secure clamping and consistent surface finish

Mechanical retention is achieved via a cylindrical hole with a one-sided countersink (40°–60°), which ensures reliable seating and repeatable positioning in the milling body. The single-sided chipbreaker promotes uniform chip formation and evacuation, which helps to prevent built-up edge and heat concentration. A 0.4 mm corner radius balances edge strength and surface quality, offering improved wear resistance while maintaining the capability to produce clean pocket and face surfaces with minimal rework.

Practical application guidance and machining advantages

Optimised for high-feed milling, this insert performs particularly well in pocketing and face-milling operations where process security and throughput are priorities. The chipformer geometry reduces the tendency for long, stringy chips and supports stable cutting when paired with a suitable milling body and clamping screw set. For users less familiar with coatings: PVD (physical vapour deposition) equips the cutting edge with a thin, hard layer that improves abrasion resistance without compromising the substrate toughness, making the grade especially suitable where a sharp edge and reliable performance are required.

For process-secure high-feed milling with AH330 performance, contact Metav Werkzeuge to confirm suitability and availability — email info@metav-werkzeuge.com or call +49 2822 7131930 for tailored advice

Technical data

• Article number: 6811536
• Manufacturer SKU: TUN6811536
• Designation: XCET310404ER AH330
• Model series: DoFeed
• Application: Milling
• Material: Carbide
• Coating / grade: AH330 (PVD-coated)
• System composition: milling body, matching inserts and screws

Facts

• Plate thickness: 4.76 mm
• Corner radius: 0.4 mm
• Clearance angle: 7°
• Plate size: 31 mm

Special features

• High-feed geometry for large time‑chip volumes
• Single-sided chipbreaker
• Cylindrical hole with one-sided countersink (40°–60°)
• Special plate form
• With hole
• Suitable for pocketing and face milling
• Sharp cutting edge for process security

FAQ

What machining tasks is this insert intended for? The XCET310404ER AH330 is primarily intended for high-feed milling, including pocketing and face milling, where large material removal with small axial depths is required.

What material and coating does the insert use? The insert is manufactured from carbide and features a PVD-coated AH330 grade designed for wear resistance and reduced edge breakout.

What are the key dimensional features for tool setup? Key dimensions include a 4.76 mm plate thickness, 0.4 mm corner radius and a 7° clearance angle; the plate diameter is 31 mm.

How is the insert clamped in the milling body? Clamping is via a cylindrical hole with a one-sided countersink (40°–60°), providing secure seating and repeatable positioning in compatible DoFeed milling bodies.

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.