VUOTOTECNICA MAXIGRIP SUCTION CUPS FOR INDUSTRIAL PACKAGING

The Maxigrip suction cups by Vuototecnica are engineered to meet the demands of complex industrial handling, including in the packaging and logistics sector. With an ultra-flexible gripping lip, these suction cups adapt to irregular surfaces, ensuring optimal grip on challenging materials like corrugated or smooth cardboard. They provide a firm and stable hold without damaging the materials or leaving marks. In the following video, you can see how the Maxigrip suction cups ensure efficient and safe handling of cartons during the forming process, enhancing productivity and reducing processing times. More...

For us, vacuum is not absence but possibility: it’s the space where everything can happen, where matter transforms and everything takes shape. It’s with this vision that we face new challenges every day, create solutions, and build connections. As the holidays approach, we take a moment to pause. It is precisely in the brief instant before everything activates that directions and opportunities are defined: as usual, we take some time to reflect on the path we’ve traveled and to thank those who have journeyed with us. During the Christmas time, we suspend activities from Monday, December 23, 2024, to Monday, January 6, 2025. We will resume operations on Tuesday, January 7. More...

When there is a need to handle open jars in large quantities, whether they are made of glass or other materials, it is always difficult to figure out which handling solution will do the trick, since very often these are fragile objects and with traditional suction cups it could be a losing game. More...

VACUUM AS AN INVISIBLE LABORATORY

In the world of vacuum technology, we are accustomed to thinking of vacuum as a space devoid of matter and pressure. But what happens when we view it through the lens of quantum physics? The Casimir effect reveals a surprising aspect: even cosmic space is never completely ’empty.’ Discovered in 1948 by physicist Hendrik Casimir, this effect, named after him, occurs between two extremely close surfaces in a vacuum environment where quantum fluctuations—namely the continual creation and annihilation of virtual particles—generate a force that pushes the surfaces towards each other. More...

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