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HORN with live machining at intec 2025

On 100 square meters, Paul Horn GmbH presents solutions for various processes, such as the new HORN Supermini with sintered chip shape geometry for hole machining.

Stable plate seat meets easy operation

ISCAR presents the latest generation of its five-edged turning tool: QUICKPENTA is equipped for maximum stability during machining with a special safety clamping mechanism.

Triviality!

ISCAR has developed a comprehensive range of efficient, compact cutting tools for the often challenging materials used in miniature components. Suitable materials, durable coatings, sophisticated tool geometries, and secure holders provide users with a wide range of applications and process-safe machining.

PICCO-Duo for miniature machining

ISCAR has further expanded its PICCO line for miniature machining. The new products include the indexable insert (WSP) tool PICCOINDEX and the three-edged PICCO3CUT for highly precise and efficient internal machining of small components on long lathes.

Specialist for axial drilling depths

The supermini and mini precision tools from Paul Horn GmbH in Tübingen are specialists when it comes to operations such as drilling, axial drilling, boring, internal turning, or fine turning. Horn offers many variants of precision tools in its various systems. With the brand new variant of type Mini 114, the Tübingen company has further expanded its portfolio with an axial drilling turning tool.

For hard materials

Ingersoll Werkzeuge GmbH has introduced the new TClampUltra+ CBN inserts for grooving and turning in hardened materials.

Video Tip: Supermini with Chip Break Geometry

HORN now presents a milestone in the history of the superminis with a sintered chip shape geometry for the supermini type 105.

The SUPERMINI of the 3rd generation

With a completely sintered chip form geometry, the third generation of the SUPERMINI precision tool type 105 from the hard metal tool factory Paul Horn GmbH is a small revolution in cutting technology. The Tübingen team has succeeded in putting an end to tedious chip and precision problems with intensive development work.

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