>
Case studies
Microwave and Radio Frequency (RF) equipment offer efficient, volumetric heating for various industrial applications. RF (1–300 MHz) penetrates deeply, ideal for thick materials, while microwaves (2.45 GHz) provide rapid heating, perfect for cooking, pasteurization, tempering, and drying. Compared to conventional heating, both technologies ensure faster processing, energy efficiency, precise temperature control, and superior product quality.
To learn more about this technology, some cases studies are shared and published each year.
Are microwave and radio frequency safe?
Are microwave and radio frequency technologies safe? Learn how non-ionizing electromagnetic waves work, their thermal effects, and the regulations ensuring safe industrial use.
Volumetric heating: fast and uniform energy transfer
Volumetric heating uses microwave energy to generate heat directly inside the product, enabling faster, more uniform and energy-efficient industrial processing.
Multi-source configurations for unlimited plasma surfaces
Multi-source microwave plasma systems enable large-area, high-density plasma with excellent uniformity through flexible configurations and independent power control of each source.
Learn more
Fast coating of pharmaceutical tablets
Microwave-assisted tablet coating reduces drying time from days to hours while ensuring precise temperature control and reproducible pharmaceutical processing.
Learn more
Drying of insulating silica aerogel
Microwave drying enables evaporation of ethanol from insulating silica aerogel in an ATEX-controlled nitrogen atmosphere, ensuring homogeneous heating of a highly insulating material.
Learn more
Drying of pure silica powder
Microwave drying of ultra-pure silica powder operates in a closed system without air, preventing contamination while achieving controlled moisture reduction from 24% to below 1%.
Learn more
Drying of polyamide powder
Radio frequency drying of polyamide powder ensures fast and controlled moisture reduction from 20% to 0.5%, enabling safe processing of thermosensitive and explosive materials.
Learn more
Drying of honeycomb ceramic
Radio frequency drying enables fast and uniform moisture removal of honeycomb ceramics, reducing drying time to minutes while eliminating internal stresses and scrap.
Learn more
Expansion of polyurethane foam with radio frequency
Radio frequency heating enables rapid and uniform expansion of polyurethane foam by heating the material volumetrically, reducing processing time compared to conventional hot air systems.
Learn more
PE-CVD: Thin Film Deposition by microwave plasma Activation
Understand the advantages PE-CVD, Thin Film Deposition by microwave plasma Activation
Learn more
Microwave pasteurization of tortillas
Microwave pasteurization of tortillas and breads enables continuous in-package processing, achieving microbial reduction without preservatives while ensuring precise temperature control.
Learn more