Our products
Our thermal and non-thermal sterilization systems achieve efficient microbial reduction and enable superior preservation of food’s organoleptic characteristics, locking in original flavor, nutrition, texture and color to meet the growing market demand for fresh, natural and high-quality products.
ReactionFlux™ Platform
Research Platform for Advanced Reaction Engineering
• Chemical reactions
• Biomass conversion
• Functional ingredient extraction
• Advanced materials research
FluxFresh™
Core
Compact Processing Platform for Innovation
• Food processing research
• Liquid treatment
• Extraction studies
• Prototype development
FluxFresh™
Pilot
Bridging Research and Industrial Production
• Process optimization
• Pilot production
• Customer engineering
• Scale demonstration
FluxFresh™ Industrial
Scalable Systems for Continuous Manufacturing
• Food & beverage
• Functional ingredients
• Industrial processing
• Continuous production
One Technology Platform. Multiple Applications
Our Core Technology Platform
Biomag’s products are built on the same scientific foundation:
Electrode-Free Electric Field Control Technology
The principle can support different industry applications through specialized module.
FluxFresh™Platform
Inner Heating Processing for Food & Biological Applications
Food and biological materials are among the most complex systems to process.They often contain:
- particles
- multiple phases
- heat-sensitive components
- valuable natural structures
Conventional heating technologies may face challenges when dealing with these materials.
FluxFresh™ applies Biomag’s electrode-free electric field technology to explore new approaches for:
- microbial inactivation
- liquid food treatment
- extraction, pyrolysis, and hydrolysis
- thermochemical reaction
Key Advantages
Electrode-Free
Processing
Unlike conventional ohmic heating systems that require metal electrodes in contact with products directly, FluxFresh™ eliminates direct electrode contact.
This helps reduce concerns associated with:
•electrode corrosion;
•electrode contamination;
•material compatibility limitations.
Suitable for
Particle-Containing Foods
Because the electrotechnology does not rely on direct electrode contact, FluxFresh™ provides greater flexibility for complex food systems thermal treatment with extreme-low temperature difference between granule and liquid which containing:
•fruit pieces;
•vegetable particles;
•edible mushroom granules;
•meat granules.
Volumetric Energy
Interaction
Electromagnetic induction enables energy generation within the whole material volume rather than relying only on external heat transfer.
This creates opportunities for:
•more uniform processing;
•No hotspots or clod spots;
•improved process efficiency.
Research and Product Development
FluxFresh™ is designed not only for production applications, but also for:
•new product development;
•process optimization;
•pilot trials;
•academic and industrial research.
Research and Product Development
FluxFresh™ is designed not only for production applications, but also for:
New product development
Process optimization
pilot trials
academic and industrial research
ReactionFlux™
ReactionFlux™ applies the same technology to chemical and material processes.
Many chemical systems require highly controlled environments.
Direct electrode contact may introduce limitations such as:
- material compatibility challenges
- electrode degradation
- unwanted contamination risks
ReactionFlux™ provides an electrode-free approach for
- chemical reaction research
- green chemistry development
- extraction, hydrolysis and pyrolysis
Working With Innovators Around the World
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At Biomag, we believe meaningful innovation happens through collaboration.
• universities
• research institutions
• food companies
• heating technology developers
• industrial partners such as chemical pharmaceutical, water treatment, etc.
Our systems are designed to support the journey from:
Scientific discovery
Prototype development
Industrial application
ODM or OEM