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RheoDrop is a revolutionary AI-powered rheometer that utilizes microfluidics and image analysis to rapidly and cost-effectively measure key rheological parameters.
Traditional rheometers rely on bulky, expensive mechanical components, resulting in slow and costly measurements. RheoDrop breaks this mold by:
• Leveraging AI and image analysis: Analyzing droplet formation dynamics in a microfluidic platform to quantify rheological properties.
• Reduced cost: Eliminating the need for expensive mechanical components.
• Faster measurements: Tailoring flow regimes to achieve droplet generation timescales from microseconds to seconds.
• Simplified image capture: Utilizing standard or even mobile phone cameras for image detection.
• Minimal sample size: Operating within a microfluidic platform for significantly reduced sample requirements.
RheoDrop represents a groundbreaking advancement in rheometry, offering a faster, more affordable, and user-friendly approach to measuring crucial rheological parameters. This innovative technology leverages the power of artificial intelligence (AI) and microfluidics to overcome the limitations of traditional rheometers.
Here's what sets RheoDrop apart:
Benefits for Potential Partners:
Current development status
Laboratory prototypes
Applications
RheoDrop's unique capabilities open doors to a wide range of applications across various industries. Here are some potential areas where RheoDrop can make a significant impact: 1. Material Development and Research: • Formulation Optimization: Rapidly assess and optimize the rheological properties of new materials, from pharmaceuticals and cosmetics to coatings and adhesives. • Quality Control: Implement fast and reliable quality control checks for incoming materials or finished products. • Biomaterial Research: Analyze the rheological behavior of biomaterials like bioinks for tissue engineering and drug delivery applications. • Food Science: Characterize the rheology of food products, such as emulsions, to improve texture, stability, and processing efficiency. 2. Chemical and Petrochemical Industries: • Characterization of Fuels and Lubricants: Rapidly analyze the viscosity and flow properties of fuels and lubricants to improve performance and efficiency. • Emulsion Stability: Evaluate the stability of emulsions used in various applications, such as paints, personal care products, and pharmaceuticals. • Rheology of Suspensions: Analyze the rheology of suspensions for applications like drilling fluids, coatings, and inks. 3. Environmental Monitoring: • Characterization of Pollutants: Analyze the rheological properties of pollutants in water and soil samples for environmental monitoring and remediation efforts. • Waste Stream Management: Assess the rheology of waste streams to optimize waste treatment and disposal processes.
Desired business relationship
Patent licensing
The Technology Transfer and Innovation Center (CTTi) meets from the University environment the technological needs and services generated by the productive sectors and administration, through the management of Transfer of Technology and Knowledge, the Intellectual and Intellectual Property management, Technology Watch, Entrepreneurship, and Technology Infrastructures Offer (business incubator).
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