Automatic top and bottom epifluorescence read modes optimized for both sensitive homogeneous and cell-based assays
Software-controlled automatic probe height adjustment with built-in plate sensor to prevent probe crashes
Scanning monochromator for wavelength scans to identify peak absorbance and provide full spectral analysis
Luminescence measurements with top detection for best sensitivity
Reads 6- to 384-well microplate formats including PCR trays and Terasaki plates
Well area scanning for popular cell-based assays
Todays research requires that instrumentation be cost effective- reliable and easy to use. In response to those requirements- BioTek Instruments has developed the Synergy HT Multi-Detection Microplate Reader. This plate reader for fluorescence- absorbance and luminescence measurements was designed with an emphasis on superior performance in all detection methods. Unlike many multi mode microplate readers- the Synergy HT utilizes a unique dual-optics design.
When making fluorescence determinations- the Synergy HT uses a tungsten halogen lamp with interference filters for wavelength specificity in conjunction with a PMT detector. The tungsten halogen lamp produces a large amount of light at a constant intensity- providing increased sensitivity and repeatability. Specially designed fluorescent interference filters prevent light leakage from excitation wavelength to the emission wavelength- particularly important with fluorescent compounds with small Stokes shifts. In addition- the ability to use filters with different bandpasses allows the investigator to tailor their fluorescence measurements to their experiment more effectively.
The low noise PMT is operated in digital photon integration mode for high performance luminescence measurements.
When absorbance measurements are made- the instrument switches to a Xenon Flash Lamp and a monochromator for wavelength selection. The use of a xenon flash lamp allows for both UV and visible light absorbance measurements. The monochromator provides wavelength selection from 200 to 999 nm in 1 nm increments. Thus- dual-optics design allows the investigator to have three different reading modes without compromise.
The Synergy HT has a 4-Zone temperature control system that ensures superior temperature uniformity necessary for kinetic assays. With a compact footprint and robot-accessible carrier design- the Synergy HT is also compatible with most automated systems. A Reagent Dispenser option is available.
Pipetted Probe Increments 0.1 microlitre increments from 1-100 microletres
System Throughput (Clinical Chemistry)
190 test/hr- 280 using (ISE) test/hr
70 PTs /hr
It is never a good thing when things don't go quite to plan. If your laboratory instrument is giving you trouble you have come to the right place! In three simple steps you can be on your way receiving a quote on the repair of your broken lab instrument.
Step 1. Tell us a little about the instrument that is giving you trouble:
If you purchased your instrument from GMI in the past, It will have a Product Identification Number, this can be easily found by locating the PID sticker. The PID Sticker resembles something like this.