Synergy Mx Monochromator-Based Multi-Mode Microplate Reader

Ultra Fine-Tuned™ technology is what sets the Synergy Mx Multi-Mode Reader apart. Its quadruple monochromator system selects wavelengths with a repeatability of plus or minus 0.2 nm. Its top optical head can focus up and down on the samples with a 100 µm resolution. Four slits on the excitation and emission side provide a choice of 16 bandpass combinations for every wavelength pair. Its advanced 4-Zone™ temperature control system incubates up to 65°C with a precision of ± 0.5°C at 37°C. These unique features and BioTek’s exclusive focus on microplate instrumentation and software make the Synergy Mx the most precise, sensitive and flexible multi-mode microplate reader available today for life-science research applications.

Dual-Luciferase is a trademark of Promega Corporation and is registered with the U.S. Patent and Trademark office.

• Fully monochromator-based with quadruple grating architecture for Ultra Fine-Tuned performance.
• Compatible with Take3 Multi-Volume Plate: sixteen 2 µL microspots for low volume DNA/RNA 260 nm measurements. Saves precious samples, very fast and simple process.
• High performance fluorescence (top and bottom), absorbance and dedicated luminescence detection systems accommodate all life-science research microplate applications.
• Variable bandpass selection adds flexibility in fluorescence mode.
• Automated Z-height adjustment accommodates variable microplate heights and liquid levels with 100 μm resolution.
• Cuvette port to measure standard 1-cm path cuvettes if only a few samples need to be run, or to compare data with a standard cuvette spectrophotometer.
• Modular architecture allows purchase of required modes with the ability to upgrade later.
• Optional dual-reagent dispenser can be used for assays requiring precise timing such as ion channel assays or luminescent flash ATP assays.

Synergy Mx is a modular instrument. Read modes and options are available as individual modules at the time of purchase, allowing you to make the best use of your budget. In addition, existing units can be upgraded later when your research requirements expand.

Specifications are subject to change.