German company Nagel launches new honing machine Ecohone flex
2026-06-04 16:02
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en.Wedoany.com Reported - German company Nagel has introduced the new honing machine Ecohone flex for small to medium batch production scenarios. The device integrates manual, semi-automatic, and fully automatic production into one system, reportedly offering high adaptability and cost-effectiveness, making it suitable for companies that frequently change workpieces and have high requirements for changeover time and precision.

Nagel from Nürtingen has launched this new honing machine. It is called Ecohone flex and was recently exhibited at Grindinghub. Read this article to learn about the advantages this system offers users... (Image: Nagel)

The Ecohone flex comes standard with a robot interface, facilitating a gradual automation upgrade from a single machine to a nearly autonomous production cell. In manual operation mode, the device still maintains full performance, suitable for setup and single-part processing. Nagel states that this development was driven by user demand for economical production amid fluctuating volumes and frequent variant changes. The system was recently exhibited at Grindinghub.

On the technical side, the honing machine uses the proven Nagel feed system, offering high shut-off and repeat accuracy. An integrated oil cooler and special fixture design maintain a constant coolant temperature, ensuring repeatable machining results. Different adapters support the use of Nagel and third-party tools, suitable for users with mixed tool inventories. The newly developed honing assistant function guides operators through structured program creation, reducing changeover time and improving process stability, helping to shorten the setup time for new workpieces. In terms of structural design, the model adopts a Beckhoff MX system without a control cabinet, featuring an ergonomically accessible workspace and a 16-inch touchscreen. Overall, the Ecohone flex offers high adaptability and precision while reducing changeover and programming time, and supports a flexible transition to automated production structures.

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