MODULAR ELECTRODE-FREE HEATING FOR OEMs
Electrode-free induced electric field heating for OEM integration and process development.
A configurable induced electric field (IEF) heating module for equipment manufacturers, system integrators, and R&D teams developing liquid-processing systems. It generates heat within suitable electrically conductive media without electrodes in direct contact with the product.
No product-contact electrodes
Adjustable operating parameters
OEM integration
Input power (reference)
Electric field range
FluxFresh™ Core brings induced electric field heating to a modular platform for equipment development and system integration. An alternating magnetic field induces an electric field in suitable electrically conductive process media, generating volumetric Joule heating without product-contact electrodes.
The module supports application-specific trials, control-system development, and OEM integration planning. Heating performance depends on material conductivity, process geometry, operating conditions, and the selected system configuration.
An induced electric field generates heating currents in the process medium without energized electrodes touching the product.
Electrical energy is converted to heat within suitable conductive liquids, reducing dependence on heat transfer through vessel walls.
Operating frequency, electric field strength, and other electrical settings are selected for each application.
The module configuration, interfaces, and scope of supply are defined to fit the customer’s equipment and process requirements.
The reference specifications below provide a starting point for technical evaluation. Final ratings, performance, and supplied components depend on the selected configuration.
Liquid throughput depends on conductivity, temperature targets, flow configuration, and other process conditions. Electric field values should be interpreted using the definition and test conditions supplied with the final technical specification.
FluxFresh™ Core is intended for equipment manufacturers, system integrators, and R&D teams incorporating an electrode-free heating stage into a larger liquid-processing system.
Power &
control
Power &
control
Customer
process loop
Conceptual integration diagram; not a bill of materials. The scope of power electronics, controls, heating module, and process piping is defined in the project quotation.
Explore typical development and integration applications. Material compatibility and achievable performance must be evaluated for each process.
Integrate an induced electric field heating stage into new liquid-processing equipment or custom test systems.
Study material-specific heating behavior and evaluate process parameters under controlled electrical operating conditions.
Evaluate beverage, liquid-food, extraction, and ingredient-processing applications before proceeding to pilot-scale trials.
Watch a food-processing demonstration illustrating the use of BioMag field-assisted heating technology. The footage is intended to show the processing approach; specific results and operating conditions must be evaluated for each application and equipment configuration.
Get the technical information and engineering input needed to evaluate feasibility and define a configuration for your application.
Request specifications and a proposed scope of supply for your application.
Review material conductivity, flow rate, temperature targets, and test requirements.
Discuss mechanical, electrical, fluid-handling, and control interfaces before finalizing the configuration.
Answers to common technical and integration questions from equipment manufacturers and R&D teams.
Not as its primary heating mechanism. FluxFresh™ Core is designed to induce an electric field in suitable conductive process media, producing Joule heat within the material rather than relying on induction heating of a metal vessel wall. Effects on nearby conductive hardware should be assessed during system integration.
Suitability depends on electrical conductivity, how it changes with temperature, viscosity, flow geometry, and operating conditions. BioMag reviews the material and process objectives before recommending a configuration.
The scope of supply is configuration-dependent. It may include the heating module, power electronics, controls, and specified accessories. The final list of supplied components, connections, and instrumentation is provided with the project quotation.
Achievable flow rate depends on material conductivity, required temperature rise, operating power, and flow configuration. Share your process conditions so we can assess a suitable configuration.