P2841S-5N-E57 WXP40 Wendeplatten - Walter Tools

High productivity and stable chip control result from the combination of the WXP40 uncoated carbide grade and the 5N‑E57 chipbreaker, delivering consistent performance in drilling and bore‑enlargement operations. Order the insert directly via Metav Werkzeuge or consult our specialists for application matching.

P2841S-5N-E57 WXP40 – drilling/boring indexable insert with 5N‑E57 chipbreaker (Walter Tools)

P2841S-5N-E57 WXP40 is an indexable insert developed for drilling and bore‑enlargement tasks, designed to provide controlled chip formation and repeatable machining results in production environments.

• Uncoated carbide grade WXP40
• Chipbreaker 5N‑E57 for reliable chips
• Built for drilling and boring operations
• Walter cutting‑grade, open series

Increased throughput through predictable chip formation

The combination of the WXP40 grade and the 5N‑E57 chipbreaker is engineered to promote stable chip formation, which reduces interruptions and tool handling during batch production. The uncoated carbide substrate delivers consistent cutting geometry and predictable wear behaviour, enabling longer tool life under appropriate conditions. For process planners, the clear chip control translates into fewer stoppages and a more continuous machining cycle, contributing directly to overall productivity and shop‑floor efficiency.

Reliable behaviour in production drilling and bore enlargement

Designed as a drill/boring indexable insert, this component targets repeatable results in production setups. The uncoated carbide composition supports steady cutting edges, and the open series configuration provides flexibility for integration into a range of tool bodies. While the insert offers broad performance characteristics, suitability for specific workpiece materials should be verified against the manufacturer’s product matrix to ensure optimal cutting parameters and process stability. Correct selection of feeds and speeds is essential to exploit the insert’s strengths.

Practical process guidance and integration tips

For integration into existing tool systems, attention to clamping stability and toolholder condition will enhance the repeatability of results. The chipbreaker geometry aims to produce controllable chips across a range of cutting conditions; pairing the insert with appropriate coolant strategy and rigid setup will support surface quality and tool life. When material compatibility or unusual alloys are involved, consult the technical documentation to check the material matrix and recommended cutting data before series use. This pragmatic approach reduces trial time and helps maintain consistent output.

Contact Metav Werkzeuge for application advice and request the Walter Tools P2841S-5N-E57 WXP40 insert to evaluate chip control and process suitability

Technical data

• SKU: P2841S-5N-E57-WXP40-WALTER
• Article designation: P2841S-5N-E57 WXP40
• Product type: Bohr-/Aufbohrwendeschneidplatte (drilling/boring indexable insert)
• Manufacturer: Walter Tools
• Material: Katalogabhängig

Core data

• No measurable technical data provided in the dataset

Special features

• Grade: WXP40 (uncoated carbide)
• Chipbreaker: 5N‑E57
• Series: Walter cutting grade – open series
• Designation indicates geometry and chipbreaker for drilling/boring applications

FAQ

Which workpiece materials is this insert suitable for?
Suitability depends on the specific product matrix; the WXP40 grade is an uncoated carbide intended for a range of applications, but the P2841S‑5N‑E57 WXP40 insert should be checked against the manufacturer’s material matrix for exact compatibility.

Is the P2841S‑5N‑E57 WXP40 insert coated?
No — the WXP40 designation denotes an uncoated carbide grade designed to deliver consistent edge geometry and wear behaviour.

What chip control can be expected from the 5N‑E57 chipbreaker?
The 5N‑E57 chipbreaker is engineered for controlled chip formation in drilling and bore‑enlargement operations, improving process reliability when matched with suitable cutting data.

Can this insert be used for high‑speed applications?
High‑speed suitability is not specified in the provided dataset; reference the product matrix and cutting recommendations to determine whether the P2841S‑5N‑E57 WXP40 is appropriate for elevated cutting speeds.

How does the designation P2841S‑5N‑E57 inform geometry and application?
The code reflects the insert geometry and the 5N‑E57 chipbreaker type; this indicates the intended chip control and primary application area for drilling/boring.

Manufacturer/Responsible: Walter Deutschland GmbH; Derendinger Straße 53; 72072 Tübingen; Germany

Protected trademarks and trade names remain the property of their respective owners. Brand names and registered trademarks are mentioned for clarification only and to explain compatibility or origin. There is no affiliation between our company and the named manufacturers. The offered item is an original, factory‑new product of the listed manufacturer.