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Horn Launches S271 Tool System for Escomatic Lathes
The solution provides precision-ground inserts and matched holders for high-volume, small-component production.
www.phorn.de
The tool holders feature an interface adapted to the machine type.
Paul Horn GmbH has expanded its product portfolio with the introduction of the S271 tool system, designed specifically for Escomatic automatic lathes. The new system features matched tool holders and precision-ground inserts tailored to various Escomatic machine types. The tool holders are equipped with an interface adapted to specific machine requirements, allowing seamless integration into the machines’ existing turning tool positions.
Precision Inserts and Coating Technology
The S271 inserts are available with a fine-ground chip-breaker or a specialized µ-finish version to meet stringent surface quality requirements. To ensure high process reliability, Horn utilizes its proven ES1 HiPIMS coating. This ultra-thin coating preserves the sharpness of the cutting edges, making the system ideal for machining small precision parts across industries such as connector manufacturing, automotive, electronics, medical technology, and watchmaking.
Customization for Unique Turning Principles
Escomatic automatic lathes differ from conventional sliding-head or fixed-head machines by utilizing a unique principle: the raw material remains stationary while the entire tool assembly rotates around the workpiece. This enables highly cost-effective, high-volume production of small components. The Horn range covers the widely used D and NM machine series. Alongside standard inserts, the portfolio includes coated carbide blanks that users can individually grind for prototype or small-batch production. Furthermore, Horn’s Greenline process allows for the rapid manufacture and delivery of customized cutting inserts in various geometries to meet specific customer demands.
Additional Context
This section provides technical and market background not explicitly detailed in the original release.
The Escomatic principle—spinning the tool head around stationary coil or bar stock at speeds up to 10,000 RPM—eliminates the centrifugal forces that can limit the machining stability of very thin materials on conventional lathes. Feeding material continuously from a coil facilitates uninterrupted 24-hour production with minimal material waste and extremely short turning times due to the close proximity of the tools. Paul Horn's introduction of the S271 system directly supports this highly specialized manufacturing method by supplying advanced, high-performance tooling for the Escomatic D and NM machine series.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
www.horn-group.com
Paul Horn GmbH has expanded its product portfolio with the introduction of the S271 tool system, designed specifically for Escomatic automatic lathes. The new system features matched tool holders and precision-ground inserts tailored to various Escomatic machine types. The tool holders are equipped with an interface adapted to specific machine requirements, allowing seamless integration into the machines’ existing turning tool positions.
Precision Inserts and Coating Technology
The S271 inserts are available with a fine-ground chip-breaker or a specialized µ-finish version to meet stringent surface quality requirements. To ensure high process reliability, Horn utilizes its proven ES1 HiPIMS coating. This ultra-thin coating preserves the sharpness of the cutting edges, making the system ideal for machining small precision parts across industries such as connector manufacturing, automotive, electronics, medical technology, and watchmaking.
Customization for Unique Turning Principles
Escomatic automatic lathes differ from conventional sliding-head or fixed-head machines by utilizing a unique principle: the raw material remains stationary while the entire tool assembly rotates around the workpiece. This enables highly cost-effective, high-volume production of small components. The Horn range covers the widely used D and NM machine series. Alongside standard inserts, the portfolio includes coated carbide blanks that users can individually grind for prototype or small-batch production. Furthermore, Horn’s Greenline process allows for the rapid manufacture and delivery of customized cutting inserts in various geometries to meet specific customer demands.
Additional Context
This section provides technical and market background not explicitly detailed in the original release.
The Escomatic principle—spinning the tool head around stationary coil or bar stock at speeds up to 10,000 RPM—eliminates the centrifugal forces that can limit the machining stability of very thin materials on conventional lathes. Feeding material continuously from a coil facilitates uninterrupted 24-hour production with minimal material waste and extremely short turning times due to the close proximity of the tools. Paul Horn's introduction of the S271 system directly supports this highly specialized manufacturing method by supplying advanced, high-performance tooling for the Escomatic D and NM machine series.
Edited by Lekshman Ramdas, Induportals editor – adapted by AI.
www.horn-group.com
