Revvity PerkinElmer EnVision 2105-0020 Dual Detector Multimode Microplate Reader with TRF Laser

The Revvity PerkinElmer EnVision 2105-0020 is a high-throughput, dual detector multimode microplate reader designed for advanced life science research, including biotechnology, molecular diagnostics, and drug discovery workflows. It supports multiple detection modalities such as absorbance, fluorescence intensity, luminescence, fluorescence polarization, and time-resolved fluorescence (TRF) enabled by an integrated TRF laser excitation source.

Key technical specifications include:

The EnVision 2105-0020 is widely adopted in biopharmaceutical production pipelines, synthetic biology research, and molecular cloning workflows due to its reliability, fast data acquisition, and enhanced detection capabilities. Its TRF laser technology is critical for reducing background signal and increasing assay sensitivity—essential in molecular diagnostics and enzyme activity studies. The system’s high-throughput format and multimode detection make it ideal for drug discovery screenings, cell-based fluorescence assays, protein interaction analysis, and reporter gene assays.

Included with the instrument are essential accessories such as desktop PC with EnVision application software, communication and power cables, and configurable mirror and filters. The reader undergoes exhaustive in-house testing including optical checks, software communication validation, and preventive maintenance to guarantee operational readiness and data quality.

This microplate reader supports biotechnology and biomedical engineering research applications requiring flexible assay formats and sensitive detection in fluorescence and luminescence. Its robust construction and warranty coverage ensure reliable performance in demanding laboratory environments.

Primary Keywords: multimode microplate reader, time-resolved fluorescence reader, dual detector microplate reader
Long-Tail Keywords: high-throughput microplate reader for drug discovery, sensitive TRF assays for molecular diagnostics, multimode detection system for biotechnology research, microplate reader for fluorescence polarization and luminescence assays, flexible microplate reader for enzyme and cell-based assays

This system is a valuable tool in clinical diagnostics, synthetic biology, and bioprocessing laboratories, facilitating advanced research through precise optical measurements and high assay throughput.