INDUSTRIES & APPLICATIONS

Processing Across Diverse Industries

Mildtech’s solid-state microwave technology can be configured for drying, heating and thermal processing across a wide range of products and materials – from food and natural ingredients to biological, agricultural and industrial applications.

INDUSTRIES & APPLICATIONS

Processing Across Diverse Industries

Mildtech’s solid-state microwave technology can be configured for drying, heating and thermal processing across a wide range of products and materials – from food and natural ingredients to biological, agricultural and industrial applications.

INDUSTRIES & APPLICATIONS

Processing Across Diverse Industries

Mildtech’s solid-state microwave technology can be configured for drying, heating and thermal processing across a wide range of products and materials – from food and natural ingredients to biological, agricultural and industrial applications.

APPLICATION AREAS

Explore Our Application Areas

Discover how our advanced microwave technology transforms production efficiency, thermal accuracy, and processing speeds across multiple demanding industrial and scientific sectors.

FEATURED APPLICATION

Food & Natural Ingredients

Mildtech’s solid-state microwave technology enables controlled drying, heating and thermal processing across a wide range of food and natural ingredients. The process can be tailored to product characteristics and quality requirements, supporting efficient moisture removal while helping retain organoleptic, nutritional and structural properties.

FEATURED APPLICATION

Medicinal & Nutraceuticals

Mildtech’s solid-state microwave and vacuum processing technology can support the drying, heating and thermal processing of sensitive plant-derived, functional and specialist ingredients. Precise control of temperature, microwave energy and vacuum conditions enables processing to be tailored around materials where unnecessary thermal exposure should be minimised.

FEATURED APPLICATION

Algae & Biological Materials

Mildtech’s solid-state microwave and vacuum technology helps unlock the potential of seaweed, algae and other biological materials through controlled low-temperature processing. By combining volumetric microwave energy with precise control of vacuum, power and temperature, the process supports efficient moisture removal while helping preserve sensitive functional, nutritional and physical characteristics. This makes it well suited to seaweed ingredients, algal biomass, proteins and other biological materials where product quality and process consistency are important.

FEATURED APPLICATION

Agriculture & Farming

Mildtech’s solid-state microwave processing technology can support a wide range of agricultural and farm-derived materials, including crops, plant materials, manure, agricultural residues and other feedstocks. Controlled drying, heating and moisture reduction can be tailored to the characteristics of the material and the required processing outcome, with vacuum applied where lower-temperature processing is beneficial.

FEATURED APPLICATION

Biomass & Sustainable Materials

Mildtech’s solid-state microwave technology can support the drying, heating and conditioning of biomass, plant fibres, lignocellulosic materials and other renewable feedstocks. Controlled processing can be tailored to material properties and downstream requirements, supporting applications such as bio-based materials, insulation, composites and other sustainable product development.

FEATURED APPLICATION

Industrial Materials

Mildtech’s solid-state microwave technology can be applied to specialist industrial materials where controlled heating, moisture removal or thermal processing is required. Precise control of microwave power, frequency, temperature and vacuum enables processing conditions to be tailored to the material and the required outcome, supporting applications across construction materials, composites, powders and other engineered materials.

FEATURED APPLICATION

Waste & Circular Applications

Mildtech’s solid-state microwave processing technology can support the drying, heating and moisture reduction of waste-derived and recoverable materials, helping prepare suitable feedstocks for reuse, recovery or further processing. Processing conditions can be tailored to different material characteristics and treatment requirements, supporting resource recovery and circular-economy applications.

FEATURED APPLICATION

Research & Development

Mildtech works with companies, universities and research organisations to investigate new microwave processing applications, develop suitable processing conditions and evaluate scale-up potential. Our systems provide precise control over microwave power, frequency, vacuum, temperature and time, making them well suited to feasibility testing, process development and collaborative R&D.

OUR PROCESS CAPABILITIES

Cross-Industry Process Capabilities

Across different industries, Mildtech systems can be configured around the process requirement as well as the material itself, from low-temperature vacuum drying to controlled heating and thermal processing.

Low-Temperature Drying

Vacuum-assisted drying for materials requiring controlled moisture removal at reduced product temperatures.

Controlled Heating

Precise microwave heating with controllable power, frequency and temperature.

Thermal Processing

Controlled microwave processing for applications requiring defined temperature profiles and targeted thermal treatment.

Vacuum Processing

Reduced-pressure processing for applications where lower-temperature moisture removal or controlled vacuum conditions are beneficial.

Atmospheric Processing

Microwave heating and processing without vacuum for applications suited to atmospheric conditions.

Process Development

Feasibility testing and optimisation of processing conditions for new products, materials and applications.

LET’S EXPLORE YOUR APPLICATION

Have a Product or Material to Process?

Whether you are developing a new product, evaluating a new material or looking to improve an existing process, Mildtech can help assess the application, identify suitable processing conditions and determine the most appropriate route for testing and scale-up.