Application Number: AU 2024216439
Microfluidic Device for Soil Analysis
A specialized microfluidic device for soil analysis that integrates multiple measurement capabilities, enabling faster and more accurate determination of soil properties. This advancement eliminates the disadvantages of conventional approaches while improving overall performance and user experience.
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This patent presents an innovative advancement in laboratory analysis – microfluidic systems, addressing key challenges faced by professionals and consumers in the field.
The Problem
Soil analysis and material testing require precise control of fluid samples in laboratory settings. Existing microfluidic devices are expensive and do not efficiently perform multiple analytical measurements on soil and similar samples. These limitations reduce efficiency and create operational challenges in professional and consumer settings.
Traditional approaches lack the flexibility and effectiveness required for modern applications. The need for improvement has been clear as industries evolve and user expectations increase.
What This Invention Does
A specialized microfluidic device for soil analysis that integrates multiple measurement capabilities, enabling faster and more accurate determination of soil properties. This advancement eliminates the disadvantages of conventional approaches while improving overall performance and user experience.
The design philosophy focuses on practical functionality combined with improved durability and efficiency. By addressing fundamental limitations, this invention offers a compelling solution for the sector.
Key Features
- Multi-parameter analysis. Simultaneous measurement of multiple soil properties
- Precision control. Accurate fluid handling for consistent results
- Cost-effective testing. Reduces material usage and testing time
- High-performance capability. Designed specifically for soil and material characterization
Who Is Behind It?
The applicant CRC for High Performance Soils Limited from Australia is advancing innovation in this field. The inventor Michael Charles Breadmore, Reuben Han Yang Mah bring practical expertise to this development. The patent was filed on 29 August 2024 with priority date 29 August 2024 in Australia.
Why It Matters
This invention addresses real-world challenges faced by professionals and users in laboratory analysis – microfluidic systems. By improving efficiency, reducing safety concerns, and simplifying operations, the technology has potential application across multiple market segments.
The innovation reflects growing awareness of the need for better design solutions that balance functionality with user experience. As the sector continues to evolve, patents like this demonstrate the ongoing effort to improve established tools and systems.
Related Concepts
Microfluidics is the science of manipulating and controlling fluids at the sub-millimetre scale, enabling highly precise analytical measurements using minimal sample volumes. Devices built on microfluidic principles – sometimes called lab-on-a-chip systems – integrate multiple laboratory functions onto a single small platform.
Soil testing is used to determine the chemical, physical and biological characteristics of soil samples, informing decisions in agriculture, geotechnical engineering, and environmental monitoring. Applying microfluidic technology to soil science offers the potential for rapid, low-cost, field-deployable multi-parameter analysis.
AU 2024216439 was published in the Australian Official Journal of Patents on 19 March 2026 and is open for public inspection. Patent applications represent inventions that are sought to be protected and do not necessarily reflect commercially available products.
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