Application Notes

As the demand for faster, more efficient, and sustainable electronics accelerates, the industry faces critical challenges regarding heat management and power density.

In high-throughput manufacturing across semiconductors, photovoltaics, display technologies, and advanced surface engineering, microwave energy is the critical factor for …

Microwave technology is increasingly crucial in meeting these stringent demands, facilitating ultra-clean surfaces, high-precision etching, and advanced packaging techniques …

In the race to redefine what is possible in quantum sensing, photonics, and power electronics, a new game-changing material has emerged: diamond, meticulously grown via Microwave …

Conventional thermal budgets and process controls face severe constraints. Microwave-assisted processing (MAP) is emerging as a critical technology, offering a path forward for advanced …

Microwave technology is no longer a niche tool—it is emerging as a critical enabler for success at the most advanced semiconductor nodes.

Plasma coating with microwave energy offers significant advantages over conventional methods, generating high-density, electrode-free plasma, which ensures rapid, uniform, and …

Traditional etching methods in advanced semiconductor manufacturing often introduce damage, compromise device integrity, and limit yield. Microwave Plasma Etching is …

Turquoise hydrogen, produced by splitting methane into H2 and solid carbon without CO2 emissions, is emerging as a critical net-zero solution, and Microwave Plasma Methane Pyrolysis …

As global industries accelerate the shift toward sustainability and decarbonization, MKS is at the forefront, leveraging advanced microwave technology to …

As device geometries shrink to angstrom levels and the materials landscape diversifies (including compound semiconductors like SiC and GaN), semiconductor …

Microwave plasma holds an established role in surface engineering, yet its unique properties position it as a potentially transformative technology for semiconductor manufacturing, …

Quantum innovation relies on materials with atomic-level precision, and Chemical Vapor Deposition (CVD) diamond is at the forefront of delivering this. Its unique ability to host …

As industries worldwide accelerate their transition to net-zero, Power-to-X (P2X) technologies are emerging as a critical component for converting renewable electricity into valuable …

Graphene is a groundbreaking material with exceptional properties, including high electron mobility, thermal conductivity, and mechanical strength. For applications ranging from …

Microwave technology transforms materials processing (semiconductors, ceramics, waste treatment) with faster, cleaner, and more energy-efficient heating.

Microwave-based abatement is a clean, efficient, and sustainable solution for industrial emissions, helping industries reach net-zero goals.

Microwave-assisted technology offers a fast, efficient, and sustainable solution for chemical processing, replacing conventional thermal methods.

In a world increasingly driven by clean energy, advanced materials, and semiconductor breakthroughs, high-power 915 MHz microwave generators have emerged as essential enablers.< …

In high-tech sectors like semiconductor manufacturing and advanced materials processing, innovation demands unprecedented precision, efficiency, and reliability. High-power 915 MHz …