Products & Reviews

Re-invent your fluorescence assays

Simple, economical microplate automation for your lab

High sensitivity and high-throughput glow and flash luminescence detection in an upgradeable platform

Gentle, thorough washing for your valuable microplates

Create custom fluorescence assays

The MultiWash+ Microplate Washer is configurable for both 96- and 384-well plates and comes with four wash/rinse bottles and one waste bottle to make getting started simpler. Features: Walk-up usability4 wash and rinse bottles includedFlexible system washes 96- or 384-well platesAutomated rinse reduces cloggingCross-wise aspiration reduces residual volume within each wellVacuum and pressure freeOn-board pumps that provide a qu…

The SpectraMax® DuoLuc™ Reporter Assay Kit enables highly sensitive quantitation of both firefly and Renilla luciferases in mammalian cells at a great price. Flash-type luminescence with excellent sensitivity Expression measurement in as few as ten cells per well Improved accuracy of results by normalizing reporter expression to a control Optimized for SpectraMax® i3x, iD3, or L microplate readers with injectors…

The SpectraMax® Quant™ dsDNA Assay Kits are designed for fluorescence-based dsDNA quantitation across a broad range of concentrations. Tailored to your different needs, these assay kits are configured and optimized for Molecular Devices SpectraMax® microplate readers, with preconfigured protocols provided in SoftMax® Pro Software for simplified data acquisition and analysis. Three kits cover a wide range of dsDNA concent…

The EarlyTox™ Cardiotoxicity Kit provides a fast, simple, and reliable fluorescence-based method for identifying cardiotoxic compounds in a biorelevant assay using stem-cell derived cardiomyocytes. Leveraging our proprietary masking technology with our novel calcium sensitive indicator, researchers can:• Eliminate cardiotoxic compounds and identify potential drug candidates• Measure 384 samples in minutes rather than h…

High-content image analysis software featuring time lapse analysis