Upgrades for multi-mode reader: additional detection modes, reagent injectors and extended temperature control (contact a product specialist for details
SimpliNano Spectrophotometers by Biochrom with a built-in sample port for direct application of 1 to 5 µl volumes of nucleic acid and protein samples | 5103-PP-08 displayedSimpliNano Micro Volume Spectrophotometers by Biochrom
Fast Flame Sample Automation Platforms run high-throughput single element or sequential multi-element determinations using flame atomic absorptionPinAAcle 500 AA Spectrometer PlatformFast Flame Sample Automation Platforms run high-throughput single element or sequential multi-element determinations using flame atomic absorption
Spectrum Two FTIR Spectrometers by PerkinElmer deliver accurate IR analysis in lab and remote environmentsSpectrum Two FTIR Spectrometers by PerkinElmerSpectrum Two FTIR Spectrometers by PerkinElmer deliver accurate IR analysis in lab and remote environments; also available with Peltier stabilized detector.
Analyzes small sample concentrations with accuracy of higher-end AA platformsPinAAcle 500 Flame Atomic Absorption Spectrometer by PerkinElmerCorrosion-resistant PerkinElmer PinAAcle 500 Flame Atomic Absorption Spectrometer with mounted (left or right) touchscreen interface:
Monochromator based PerkinElmer LS 45 Fluorescence Spectrometer with fixed slits, a large sample compartment and pulse Xenon lamp.LS 45 Fluorescence Spectrometer by PerkinElmerMonochromator based PerkinElmer LS 45 Fluorescence Spectrometer with fixed slits, a large sample compartment and pulse Xenon lamp.
SimpliNano Spectrophotometers by Biochrom with a built-in sample port for direct application of 1 to 5 µl volumes of nucleic acid and protein samples | 5103-PP-08 displayedSimpliNano Micro Volume Spectrophotometers by Biochrom
Fast Flame Sample Automation Platforms run high-throughput single element or sequential multi-element determinations using flame atomic absorptionPinAAcle 500 AA Spectrometer PlatformFast Flame Sample Automation Platforms run high-throughput single element or sequential multi-element determinations using flame atomic absorption