Leybold

🚀 Besuchen Sie uns auf der Battery Show in Stuttgart! 🚀 Vom 18. bis 20. Juni sind wir Ihre Anlaufstelle für innovative Vakuumlösungen in der Batterieproduktion! 📅 📍 Sie finden uns in Halle 4, Stand 4-G41. Wir präsentieren Ihnen unsere Top-Produkte: DRYVAC, CLAWVAC, LEYVAC und VARODRY. Entdecken Sie, wie unsere Technologien die Effizienz Ihrer Prozesse revolutionieren können und lassen Sie sich von unseren Experten beraten. 📩 Sie möchten einen persönlichen Termin vereinbaren? Melden Sie sich hier an und sichern Sie sich eine exklusive Vorführung! https://bit.ly/3K3m3Cs Wir freuen uns darauf, Sie in Stuttgart zu treffen und gemeinsam die Zukunft zu gestalten! #BatteryShow2024 #Innovation #Vakuumtechnologie

A Roots vacuum pump is a rotary positive-displacement type of pump where two symmetrically-shaped impellers rotate inside the pump casing past each other in close proximity. Do you want to learn more? Click the link below and learn the operating principle of a roots vacuum pump. Learn more: https://bit.ly/3UF8Aqz #Leybold #vacuumfundamentals #rootspump

From keeping your food cool to keeping you cool, appliances like refrigerators and air conditioners are modern-day necessities. While there are lot of processes that go into manufacturing these machines, many of them rely on vacuum technology. Cooling circuit evacuation, helium leak detection and refrigerant charging - vacuum pumps are a vital to to these production processes. We have a variety of products available for each stage, like the TRIVAC B to the TRIVAC T and the NEO D, which includes exhaust filtration. With Leybold, you can enhance and optimise your processes with products that deliver reliable performance and high productivity. Learn more about our solutions for refrigerator and AC processes here: https://lnkd.in/dD_UNF7Q #vacuum #leybold #refrigerators #industry

#Onlineseminar Letzte Chance sich für unser Online-Seminar über Ultrahochvakuum anzumelden. Morgen, am 16.05.2024 von 10:00-11:00 Uhr stellen wir Ihnen die Funktionsweisen moderner Ultrahochvakuumpumpen und Applikationsbeispiele vor. Unter anderem werden wir die Frage behandeln, was genau Ultrahochvakuum ist. Sichern https://bit.ly/3Qkpc4u #Seminar #Leybold #UHV #Online

💡 Leybold è entusiasta di annunciare la sua partecipazione alla 1a Edizione della Scuola di Dottorato "From Micro to Nano: Synthesis, Characterization and Modeling for Future Electronics and Sensing", organizzata dall'Istituto IMM del CNR. Un evento dedicato allo sviluppo e approfondimento delle metodologie avanzate in cui verrà affrontata la transizione dalla micro allo nanoscala di dispositivi e sistemi elettronici. 📍 L'evento si terrà a Castro Marina (LE), dal 13 al 17 Maggio. Uno dei nostri Responsabili Commerciali sarà presente e disponibile per fornirvi qualsiasi chiarimento in merito alle novità Leybold e ai vantaggi che i nostri prodotti comportano ai vostri sistemi di generazione e gestione del vuoto.

Hai bisogno di revisionare le tue pompe ma sei preoccupato per i tempi di inattività? Ci pensiamo noi! Con il nostro servizio di scambio potrai eseguire le tue attività di manutenzione, salvaguardando la produzione da eventuali interruzioni non previste, riducendo del 90% i tempi di fermo. Forniamo un'unità identica per scambiare le pompe in scadenza, in modo che possiate completare l'attività di manutenzione necessaria e far ripartire la produzione in giornata. Lascia che Leybold ti aiuti a ridurre al minimo i tempi di fermo. Per saperne di più, clicca qui e compila il form per essere ricontattato: https://bit.ly/3UN3OYk

With carbon levels rising each year, the commitment to regulate emissions and capture and store carbon safely and efficiently. Higher carbon capture rates pave the way for the net zero energy system. Leybold’s innovative vacuum pumps and technologies are made for effective carbon capture, utilization, and storage (CCUS) processes. Here’s a quick overview to understand how you can achieve your carbon capture goals. You can also learn more about it on our website: https://lnkd.in/eDheSaCc #carboncapture #leybold #CCUS #vacuum #climatechange #sustainability

#LeyboldThursdayLearning Did you know the condenser must be always backed by gas ballast pump? The condenser is the most economical pump for pumping larger quantities of water vapor. When pumping water vapor in a large industrial plant, a certain quantity air is always involved, which is either contained in the vapor or originates from leaks in the plant. Therefore, the condenser must be backed by a gas ballast pump and hence work like roots pump, as the function of pumping the fraction of air, which is often only a small part of the water-vapor mixture concerned, without simultaneously pumping much water vapor. In this way the adequate pumping action is guaranteed without causing corrosion damage in the long run. To know more about how condenser pump work with gas ballast, go through the link: https://lnkd.in/dvSnGcYN #Vacuumpumps #Leybold #Condenserpump #Gasbalast #Vacuumfundamentals

Your Pump’s Guardian For Uninterrupted Production. At Leybold, we understand that continuous operation is the heartbeat of your production. That’s why we’ve introduced HealthCheck PRO™, our vacuum pump monitoring aid designed to keep your pumps in peak condition. BENEFITS FOR YOU: 1. Early Issue Detection: Spot potential problems before they impact your workflow. 2. Cost Savings: Prevent expensive repairs and production downtime. 3. Reliable Scheduling: Plan maintenance for optimal pump performance. 4. Informed Decisions: Detailed reports for better management of your vacuum pumps. Contact our experts and schedule your HealthCheck PRO™ service today https://bit.ly/4abZpm8 #VacuumPumpService #VacuumPumpMaintainance #Leybold #VacuumTechnology

Soluzioni per il vuoto nello spazio - Il futuro della ricerca spaziale! Le considerazioni più critiche per i progetti spaziali sono state quelle di garantire che i satelliti o i veicoli spaziali fossero in grado di resistere alle difficili fasi di lancio, orbita e rientro. La varietà delle nostre tecnologie del vuoto è stata fondamentale per consentire lo svolgimento di questi test. Ma il futuro dei progetti spaziali porrà una nuova serie di domande. ✔️ Estrazione interplanetaria o di asteroidi; ✔️ Ricerca di esopianeti; ✔️ L'esplorazione dello spazio profondo e le origini del nostro universo; ✔️ Colonizzazione interplanetaria; Per saperne di più su come la nostra tecnologia sta consentendo la prossima fase delle future missioni spaziali: https://bit.ly/3V4Qpvc