Impulses
From experts

Many industries are discovering microwave and plasma technology for themselves - to speed up processes, make them more precise, make them more energy efficient. As the world's leading manufacturer, our experts are at the source of the developments. Visit the MUEGGE Blog and get deeper into the matter of what the energy solutions of the future will consist of.
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Power-to-X Applications Video of MUEGGE’s Atmospheric Plasma Source
The unique properties of the Atmospheric Plasma Source (APS) can be used for applications formerly not available for plasma technology, like Power-to-X and related renewable …
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Article
Microwave-Technology / Power-to-X Applications Empowering Zero Emission: Duo-Plasmaline Driving Performance and Efficiency of Fuel Cells
How plasma technology solves the challenge of performance degradation in fuel cells Fuel cells based on ionomer membranes are very important in applications such as …
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Microwave-Technology / Power-to-X Applications 3 Good Reasons to Consider Duo-Plasmaline for your Photovoltaic Applications
How Duo-Plasmaline systems open new horizons for growing markets Solar power remains an almost inexhaustible reserve of energy on our scale, as well as being …
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Microwave-Technology / Power-to-X Applications The Future of Battery Technology: Empowered by Duo-Plasmaline Systems
How innovative plasma systems bring silicon anodes into lithium-ion battery applications In 2007 researchers at Stanford University discovered a solution to the challenges associated with …
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Microwave-Technology / Power-to-X Applications / Semi-Conductor Duo-Plasmaline for Green Technology: Always a step ahead in productivity and throughput
How Duo-Plasmaline systems bring power to your sustainable energy applications Everybody wants to live on a healthier planet! Innovators from all industries are working hard …
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Microwave-Technology Microwaves & Food, Digital Cooking happens!
Health, fitness, nutrition and the environment matter to our society, across the generations, more than ever before.    How does the microwave fit into our …
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Article
Microwave-Technology Energy estimation for drying materials with microwaves
Customers interested in industrial microwave systems understandably need to know exactly how much energy they need for their specific application. Depending on whether it’s cooking …
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Power-to-X Applications Atmospheric Microwave Plasma Technology – High Temperature and Power-to-X Applications
MUEGGE’s microwave plasma torches are microwave excited plasma sources designed to work at atmospheric pressure and to generate a contact-free plasma while ensuring stable operation …
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Article
Lab-Grown-Diamonds / MEMS / Semi-Conductor Removal of Black Carbon and Organic Residues
Rework and Removal of C-based Materials – A challenge not only for semiconductor manufacturer The deposition of carbon-based materials plays a major role in semiconductor …
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Automotive / Lab-Grown-Diamonds / MEMS / Microwave-Technology / Semi-Conductor Reflected Power in Microwave (-Plasma) Processes
The reflected power is defined as the portion of the generated microwave power that is not coupled into the process and that returns back to …
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Semi-Conductor Microwave and Chamber-Clean
Chamber-Clean after Dielectrics Deposition – A case for isotropic microwave plasma As deposition is one of the pillars of semiconductor production, it depends on a …
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Lab-Grown-Diamonds / Microwave-Technology Lab-Grown Diamonds II: Experts Insights from a Leading Manufacturer
The alternative to mined diamonds are lab-grown diamonds. Lab-grown diamonds are chemically, physically, optically and visually identical to mined diamonds. In this deep-dive about diamonds, you …
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Lab-Grown-Diamonds / Microwave-Technology Lab-Grown Diamonds I: Why They Outshine the Conventional Gem
They sparkle like mined gemstone, they look like “real” diamonds, and yet, there is one crucial difference: Lab-grown or man-made diamonds do not bear the …
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Automotive / MEMS / Microwave-Technology / Semi-Conductor 3D-Simulation: Slim Down Your Component Development Process
While developing thermoprocessing equipment, testing of prototypes and numerous repetitions cost plenty oftime and resources. 3D simulation capabilities allow you to speed up your prototyping …
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Automotive / Microwave-Technology Key Advantages of Microwave-Hybrid-Vulcanization
Fast, efficient, flexible. For many years already the process design in high performance vulcanization is revolutionized by microwave and microwave-hybrid-applications. The advantages are very obvious; …
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Article
MEMS / Semi-Conductor Photoresist Removal after High Dose Implant (HDIS)
High Dose Implant Strip (HDIS) – Challengeable process in semiconductor manufacturing Photoresist strip after high dose implant strip remains one of the most demanding processes …
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Whitepaper

Progress is in the details. Find out about current findings and progressive application developments in microwave and plasma technology - directly from our experts, tailored to your process optimization.

Tel.: +49 (0) 6164 – 9307 – 0

Fax: +49 (0) 6164 – 9307 – 93

info@muegge.de

MUEGGE Group

Hochstrasse 4 – 6

64385 Reichelsheim

Germany

Tel.: +1-209-527-8960

Fax: +1-209-527-5385

sales@muegge-gerling.com

Gerling Applied Engineering, Inc.

P.O. Box 580816

Modesto, CA 95358-0816

USA

Tel.: +49 (0) 6164 – 9307 – 0

Fax: +49 (0) 6164 – 9307 – 93

info@muegge.de

MUEGGE Group

Hochstrasse 4 – 6

64385 Reichelsheim

Germany

Tel.: +1-209-527-8960

Fax: +1-209-527-5385

sales@muegge-gerling.com

Gerling Applied Engineering, Inc.

P.O. Box 580816

Modesto, CA 95358-0816

USA

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