Tool for passive high-pressure sheet metal forming. (Source: Fraunhofer IWU/ Rico Demuth)
Hydraulic forming

New forming processes cut cycle times and production costs

Hydraulic forming is a technology that uses high fluid pressure to shape sheet metal or tubes into the desired geometry. Instead of a second rigid tool, a fluid acts as the force-transmitting medium. Researchers in Chemnitz have now succeeded in significantly reducing production times in high-pressure sheet metal forming (HPSF) through intelligent process integration.

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Galleries

Meusburger supports high-precision EDM processes with immediately available materials, precisely matched clamping systems and digital configurators for reliable electrode production and sinker and wire EDM. (Source: Meusburger)
Electric discharge machining

Mastering EDM precision: Meusburger solutions for high-quality mould making

From electrode production to sinker and wire EDM, Meusburger supports mould and die makers with a comprehensive, immediately available portfolio for the highest precision requirements. High-quality materials, precisely matched clamping and holder systems, and an intuitive configurator ensure reliable processes, excellent surface quality and maximum efficiency throughout every EDM application.

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More than 500 working machines will be on display when Lamiera returns to Fieramilano Rho from 11 to 14 May 2027, showcasing the full breadth of sheet-metal forming and cutting technology. (Source: Ucimu/ Fieramilano)
Sheet metal forming event

Lamiera 2027 sees strong early interest from exhibitors

Lamiera returns to Fieramilano Rho from 11 to 14 May 2027 for its 24th edition, with early exhibitor sign-ups already signalling strong industry demand. The show will bring together more than 500 working machines across six technology themes — from automation and welding to metrology and heat treatment — alongside a new Futuretech Award spotlighting the sector’s most innovative solutions.

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Horn Supermini type 105 universal boring system with sintered GM chip-breaker geometry. (Source: Horn)
Mach 2026

New Horn cutting tools target chip control and process reliability

Horn used Mach 2026 to spotlight a broad wave of tooling developments aimed at more reliable chip control, greater rigidity and lower cost per edge. From sintered chip-breaker geometries in miniature inserts to new grooving and parting-off systems for deeper cuts, the latest additions show how tool design is being refined for process stability, surface quality and economic machining.

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