Fusion research is the global scientific effort to replicate the energy source of the stars, right here on Earth. It’s a monumental challenge: heating hydrogen isotopes to over 100 million degrees Celsius, confining plasma hotter than the sun, and extracting more energy than the system consumes. Experimental reactors like tokamaks, stellarators, and laser-driven systems are making extraordinary progress toward this goal.
But sustaining fusion requires more than heat. It requires control. Researchers must shape particle beams with sub-millimetre accuracy, fine-tune gas composition in real time, and maintain vacuum environments free from destabilising contaminants. Achieving this level of precision would be impossible without quadrupole systems. These technologies enable the fine steering, focusing, and analysis of ions and plasmas, making quadrupole systems indispensable in fusion research.
Tablet Coating Solutions in the Life Sciences Industry: Optimizing with Industrial Heating Technologies
In the life sciences and pharmaceutical manufacturing sectors, tablet coating is a critical process step that directly impacts product quality, efficacy, and appearance.
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At IES Technical Sales, we’re always looking for ways to help our customers get the most out of the technologies we represent. That’s why we’re excited to share a powerful resource from our partner, Watlow—a growing library of how-to and training videos designed to support your success.
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Heat treatment thermal loop solutions provide several sustainability benefits, including reduced energy consumption and waste. The power controller regulates the power output to minimize energy waste, and the possible integration with renewable energy sources and circular economy principles provide a complete power solution that spans from element design to recycling and renewables. The thermal loop solutions, in combination with insulation design and materials, provide energy-efficient solutions that contribute to sustainability and reduce the environmental impact of heat treatment processes.
When discussing these systems in the context of greenhouse gas emissions and their environmental impact, it is essential to consider Scopes 1, 2 and 3, as well as the less common Scope 4:
Scope 1 (Direct Emissions): Heat treatment processes often involve the combustion of fossil fuels like natural gas, propane
Applied Thermal Control has recently introduced the G-Series and MG- Series recirculating chillers, the latest evolution in their product line up, designed for high-performance cooling with a lower environmental impact. These new ranges utilise R290, offering improved efficiency and sustainability while maintaining the reliability and precision our customers expect. The G-Series and MG-Series supersede our previous K-Series and M-Series chillers, delivering advanced features and optimised designs to meet the demands of modern laboratory and industrial applications.
Whether you require compact cooling solutions or advanced touchscreen functionality, these next generation chillers provide superior temperature stability, energy efficiency, and long-term value.
MG-Series Chillers - 500W Recirculating Chillers
The MG-Series from Applied Thermal Control represent the next generation of compact recirculating chillers, delivering precise
Hiden EP-Replayer Transforms End Point Recipe Development for Semiconductor Etch Applications
The Hiden EP-Replayer enables IMP-EPD users to replay previous etch data, helping to create and optimise End Point recipes. By defining variables in the algorithmic recipe template, users can simulate and refine End Point detection in real-time.
Details
The Hiden EP-Replayer is an essential tool for IMP-EPD users, enabling precise playback of previous etch data to fine-tune and optimize End Point detection recipes. By defining variables in the algorithmic recipe template, users can replay recorded data in real time, visualizing the expected End Point for given parameters.
Just like live data acquisition, the Events Log tracks timestamps,
Unlocking Conductivity: How Mass Spectrometry Optimises Energy Materials
Conductivity is a defining property in energy materials, influencing everything from battery efficiency to hydrogen fuel performance. Materials with high ionic conductivity enable faster charge transfer and more stable energy storage. Yet, even slight variations in purity, thermal stability, or environmental conditions can alter performance. To address these challenges, researchers turn to advanced analytical methods that reveal a material’s true conductive potential at the molecular level.
Mass spectrometry offers a precise and detailed approach to quantify conductivity. By examining ion mobility, chemical composition, and temperature-induced
Most people are aware that the HVG-2020B wide range vacuum gauge has an optional display, but not everyone realizes that it's much more than just a display. It's actually a color touchscreen display and is packed with features. Let's take a look.
The HVG-2020B has 5 different display modes. Simply touch the icon on the lower left side to toggle through each one.
How Much Could You Save by Changing to a Closed-Loop System?
Water is one of the most precious resources on the planet, yet it is often overlooked in industrial and laboratory cooling applications. While tap water may seem like an inexpensive and convenient option for cooing, it carries hidden costs – both financial and environmental. Even if a business isn’t directly paying for its water usage, excessive consumption places unnecessary strain on local water supplied and infrastructure. As water conservation becomes an increasingly critical issue, industries must rethink how they use water, particularly in cooling processes.
A closed cooling system, such as a chiller or an airblast cooler, provides
The Role of Mass Flow Controllers in Precise Gas Control
In vacuum furnaces, mass flow controllers (MFCs) are crucial for precise and stable gas flow control, ensuring accurate atmosphere control and preventing oxidation, especially during processes like carburizing, annealing, and CVD. In this blog, we'll explore the in's and out's of MFCs.
Purpose of MFCs:
Vacuum furnaces require precise control of the gas environment to achieve specific outcomes, such as preventing oxidation, maintaining a specific atmosphere for a process, or controlling the chemical composition of materials. MFCs enable this by accurately controlling the flow rate of gases like nitrogen,
