Microplate reader improvements boost throughput, enhance reproducibility, and reduce errors. Selecting the right model involves overarching considerations of both current and future lab needs.
Originally limited to absorbance and fluorescence detection, new microplate readers now include luminescence modes, such as chemiluminescence and bioluminescence. Multimode readers combine these functions into a single instrument, supporting advanced techniques like fluorescence polarization, time-resolved fluorescence, and Amplified Luminescent Proximity Homogeneous Assay, making them ideal for high-throughput screening.
Automation has further enhanced plate reader functionality. Many models now feature built-in automation for tasks like shaking, mixing, barcode scanning, incubation, temperature control, and automated data acquisition. Additionally, external automation technologies, including robotic systems, liquid handlers, and incubators, can be integrated to streamline workflows and improve reproducibility.
Navigate the complexities of selecting the right microplate reader and learn about the latest advancements in technology. Download the full resource guide to learn:
- How to select the best microplate reader for your lab’s specific needs
- The differences between single-mode and multimode readers
- Key factors driving advancements in microplate reader technology
- How automation features and supporting technologies impact immunoassay applications
- The influence of microplate readers on protein research and next-generation sequencing applications
