The startup develops sample preparation instruments that utilize microfluidics, computer-assisted flow control, and magnetic particles to automate biological analysis processes. This technology significantly reduces reagent and sample consumption, enabling clients to accelerate complex biology protocols and minimize downtime.
Funding
$2.9M raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Traditional biological analysis processes often face limitations in sample size, reagent consumption, and processing time, especially with the increasing demand for multi-omics analyses. Manual sample preparation methods can be labor-intensive, prone to errors, and may not be suitable for complex protocols or low-input samples.
Solution
Inorevia provides a microfluidics-based platform, Magelia, that automates complex molecular biology protocols while minimizing reagent and sample volumes. By combining microfluidics and magnetic particle technology, the platform enables high-precision handling of samples in nanoliter to microliter volumes. The Magelia platform integrates heating, cooling, thermal cycling, and other functionalities required to perform complex protocols, reducing the need for multiple lab equipment. Its closed system prevents evaporation, allowing for improved reaction kinetics and high day-to-day reproducibility.
Target Audience
The primary customers are researchers and clinicians in the life sciences and diagnostics fields who require efficient, reproducible, and high-quality sample preparation for multi-omics analyses, particularly when working with challenging or low-input samples.
Features
- Miniaturized reaction volumes ranging from hundreds of nanoliters to 10 microliters with high accuracy
- Full automation of complex workflows, reducing hands-on time and minimizing errors
- Integrated heating, cooling, and thermal cycling for versatile protocol execution
- Proprietary cartridges to prevent cross-contamination between runs
- Compatibility with a wide range of molecular biology protocols, including multi-omics applications
- Capability to process low-input samples with high yield and reduced background noise
- Connectivity for automatic updates, protocol downloads, and remote notifications