Seco presents new indexable inserts for corner and face milling cutters Turbo 12 and Turbo 18 Indexable inserts with chip splitters optimize process stability

Source: Press release | Translated by AI 1 min Reading Time

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The indexable inserts ensure significantly more stable processes by improving chip control and reducing cutting forces. Users benefit from longer service life of their tools and machines, higher part quality, and ideal conditions for automated production.

The special geometry of Seco's indexable inserts equipped with chip splitters minimizes vibrations and optimizes chip evacuation.(Image: Seco Tools)
The special geometry of Seco's indexable inserts equipped with chip splitters minimizes vibrations and optimizes chip evacuation.
(Image: Seco Tools)

Machining companies constantly strive to make their processes as safe and stable as possible. In particular, hard-to-reach part features with long overhangs can pose a significant challenge. It is crucial to minimize vibrations and improve chip evacuation when machining deep pockets. Reliable processes are also a necessary prerequisite for unmanned production. The indexable inserts with chip splitters from Seco enhance stability, safety, and quality even in demanding applications.

Longer tool life and better quality

Seco has equipped the chip-splitting indexable inserts, available in five cutting material grades, with grooves on both cutting edges to reduce cutting forces and produce smaller chips. The special geometry reduces chatter and vibrations that can occur with large tool overhangs. This ensures longer tool life and higher surface quality. The smaller chip size improves chip removal, avoids chip jamming, and enables more efficient machining of deep pockets. Additionally, the overall volume of chips is reduced, simplifying waste recycling. An adjustment of cutting data and hence an extension of cycle times is not required.

High process stability enables automation

The chip-splitting indexable inserts from Seco ensure high process security, stability, and reliability. The risk of unexpected failures is minimized. This allows users to achieve efficient, unmanned machining and increase productivity. Michael Davies, product manager and team leader jointly responsible for the development of the chip-splitting indexable inserts at Seco, summarizes: "Their versatility makes the indexable inserts a flexible solution for numerous industries."

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