Laboratori nazionali, ricerca e sviluppo

Empowering National Labs & R&D with Advanced Vacuum Technology

Televac^® instruments are engineered for a wide range of R&D applications across companies, universities, and government labs. We manufacture and supply a complete line of vacuum gauges and vacuum controllers—from atmospheric to ultra-high vacuum (UHV) measurements—to support diverse research needs in areas such as biology, chemistry, environmental science, materials science, and physics, particularly within particle accelerator applications.

Our vacuum scientists and engineers understand the critical role that vacuum plays at every stage of high energy physics research. This expertise, combined with our industry-leading products and commitment to customer service, enables us to offer innovative solutions that empower you to push the boundaries of modern physics. From university laboratories to the nation’s largest particle accelerators, Televac^® instrumentation is at the forefront of facilitating education, research, and scientific advancement.

Caratteristiche principali

• Sensori e cavi resistenti alle radiazioni
• Elevate temperature di bakeout per sensori e cavi
• Rapide cadenze di campionamento e tempi di risposta per l'acquisizione dei dati
• Funzioni di avvio rapido e di accensione automatica per i catodi freddi
• I driver open source EPICS/synApps sono disponibili per i controllori MX200 e MM200
• Semplice integrazione con PC con comunicazioni USB e seriali integrate

Fusion Power Applications

Building on our legacy of precision and innovation, The Fredericks Company offers precision-engineered filaments specifically designed for fusion power research and development. These high-performance filaments are built to operate reliably under extreme temperatures and ultra-high vacuum conditions. They are ideal for advanced diagnostic systems in plasma physics experiments, tokamak reactors, and other fusion energy applications. With rigorous quality control and state-of-the-art manufacturing, our filaments are a vital component in advancing clean, renewable, and sustainable fusion energy solutions.