SOLID-STATE MICROWAVE TECHNOLOGY
Mildtech combines solid-state microwave energy with vacuum processing to deliver precise control over energy, temperature and pressure for advanced drying, heating and thermal processing applications.
Solid-state microwave technology provides a fundamentally different approach to microwave processing, enabling precise electronic control of microwave energy without relying on conventional magnetron-based generation.
Electronically control microwave power throughout the process, with rapid and repeatable adjustment.
Near-instant adjustment of microwave output as processing conditions change.
Tune and sweep operating frequency to optimise energy coupling for different products and materials.
Integrate microwave generation with PLC-based process control, monitoring and automated recipes.
Coordinate microwave power with temperature, vacuum and other process parameters in real time.
Our solid-state microwave and vacuum systems combine precise energy delivery with controlled pressure and temperature to enable advanced drying, heating and thermal processing.
Microwave energy interacts directly with the material, generating heat throughout its volume rather than relying solely on heat transfer from the surface.
Sensors continuously monitor key process conditions, allowing the system to respond to temperature and vacuum throughout processing.
Microwave power, frequency, vacuum and temperature limits can be configured to suit the material and processing objective.
Precise control throughout processing helps achieve the required final product characteristics consistently and repeatably.
VOLUMETRIC MICROWAVE HEATING
Unlike conventional heating which relies on thermal conduction from the surface to the core, microwave energy penetrates the material to deliver heat volumetrically. This results in faster, more uniform heating and improved process efficiency.
VOLUMETRIC MICROWAVE HEATING
Unlike conventional heating which relies on thermal conduction from the surface to the core, microwave energy penetrates the material to deliver heat volumetrically. This results in faster, more uniform heating and improved process efficiency.
VOLUMETRIC MICROWAVE HEATING
Unlike conventional heating which relies on thermal conduction from the surface to the core, microwave energy penetrates the material to deliver heat volumetrically. This results in faster, more uniform heating and improved process efficiency.
Mildtech systems provide precise control over the key parameters that influence microwave processing. Microwave power, frequency, vacuum, temperature and process time can be controlled through programmable recipes, helping deliver consistent and repeatable processing conditions across different products and applications.
Monitor product temperature and apply defined temperature limits throughout processing.
Use process data such as temperature and moisture measurements to help determine when processing is complete.
Mildtech develops solid-state microwave systems across multiple frequency ranges, allowing the technology to be configured according to system scale, product characteristics and processing requirements.
Suitable for larger-scale systems and applications requiring greater microwave penetration through larger product volumes.
The optimum operating frequency depends on the material, product geometry, processing objective and system scale.
Mildtech’s solid-state microwave technology can be configured for a wide range of processing applications, from low-temperature vacuum drying to precise heating and controlled thermal processing. Vacuum can be applied where lower-temperature moisture removal is required, while atmospheric processing enables higher-temperature heating applications.
Precise microwave heating with controllable power, frequency and temperature, with or without vacuum depending on the application.
Development and optimisation of new microwave processes for specialist products, materials and production requirements.
WHY MILDTECH TECHNOLOGY?
Digital control of microwave power, frequency, vacuum, temperature and process time.
Suitable for drying, heating and thermal processing across a wide range of products and materials, with or without vacuum.
