Oryl Photonics offers a patented light-scattering technology for rapid and sensitive solubility testing, requiring only 2 μL of stock solution per datapoint. This service provides accurate solubility profiles with a low error margin, enabling researchers to conserve scarce compounds while accelerating their development processes.
Funding
$970K 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.
RASSFounders
Product
Problem
Traditional solubility testing methods often require large sample volumes, which can be problematic when working with scarce or expensive compounds. Existing techniques may also lack the sensitivity and speed needed for high-throughput screening and rapid formulation development.
Solution
Oryl Photonics offers a solubility measurement service based on a patented light-scattering technology that enables rapid and sensitive testing using only 2 μL of stock solution per data point. This service provides accurate solubility profiles with a low error margin, allowing researchers to conserve valuable compounds while accelerating their research and development processes. The technology allows for read times between 1-100 ms per well and is fully automated for high-throughput applications. The service helps researchers make informed decisions and accelerate research and development based on accurate solubility data.
Target Audience
The primary customers are researchers and pharmaceutical companies involved in drug discovery, formulation development, and materials science who need to accurately determine the solubility of compounds with minimal sample consumption.
Features
- Patented light-scattering technology for solubility measurement
- Requires only 2 μL of stock solution per solubility data point
- High sensitivity, capable of measuring solubility down to 1 µM (MW < 500 Da)
- High accuracy with low error (std/mean < 5%)
- Rapid measurement with 1-100 ms read time per well
- Automated process for high-throughput screening