Revvity offers comprehensive solutions designed to help accelerate laboratory workflows, assisting researchers meet targets faster and bring new therapies to market sooner. Our integrated approach combines advanced instrumentation with specialized reagents and software to optimize every aspect of your research process.
Multimode Plate Reader Portfolio
Our versatile plate readers are designed for seamless automation integration while delivering superior detection performance:
- VICTOR Nivo™: Ideal for low to mid-throughput applications, providing cost-efficiency without sacrificing reliability or reproducibility
- EnVision Nexus™: Engineered for high-throughput applications to accelerate drug discovery research
- Complete Flexibility: All readers offer major detection modes with fully upgradable capabilities to adapt to evolving research needs
- Automation-Ready: Designed to integrate with platforms of any scale, from simple plate seeding to complete workflow automation
- User-Friendly Software: Intuitive interface and straightforward operation designed for researchers at various experience levels
Industry-Leading Reagents and Assays
Our comprehensive assay portfolio includes:
- ELISAs
- Alpha
- HTRF™, LANCE™, and LANCE™ Ultra™ TR-FRET
- DEFLIA™ TRF
- Various luminescence assays (lites, Reporter gene, AequoScreen™)
For specialized needs, our team can develop custom assay solutions tailored to your specific requirements.
Advanced Liquid Handling and Software
- Fontus™ Liquid Handler: A powerful system featuring intuitive software, enhanced deck access, verified protocols, and reformatting capabilities to simplify and accelerate your workflow
- plate::works™ Software: Provides scheduling and control capabilities for both simple and complex automation needs through a unified interface for lab scheduling and concurrent automation applications
Together, these integrated solutions create a seamless ecosystem that enhances efficiency across your entire laboratory workflow.
For research use only. Not for use in diagnostic procedures.