The built-in near-field communication (NFC) reader allows users to pull up their custom protocols in a single step, saving valuable time. The large, high-resolution touchscreen interface with an embedded software package allows for efficient setting up of custom protocols and running them without the need for a dedicated PC workstation.
Unparalleled performance on a personalized platform
Measure absorbance, fluorescence and luminescence in both microsample and cuvette formats
Integrate Near Field Communication (NFC) to personalize workflows
Easy-to-use touch screen
Allows to use pre-configured methods and watch video tutorials
Fully compatible with SpectraDrop Micro volume plate
Allows dosing of volumes as small as 4µL
Network connection to run multiple iD3 devices from one workstation
Backed by 30 years of excellence in Microplate Reader technology
SoftMax Pro ® GxP software for GMP, 21 CFR Part 11 managed laboratories.
The complete solution for all research needs
SpectraMax iD3 measures absorbance, fluorescence and luminescence. The superior optics includes a xenon flash and has a photomultiplier tube that cools down to -50 C to reduce background noise for excellent sensitivity and wide dynamic range. Features temperature control up to 65 C, orbital shaking, wavelength selection with 1.0 nm, quad monochromatic optical path with highly efficient grating, well scanning up to 20 x reading matrix 20, spectral scanning and plate formats detection from 6- to 384-wells, compatible robot, supports spectral scanning, end-point scanning, kinetic scanning and good scanning in all three modes: absorption, fluorescence and luminescence, the SpectraMax iD3 reader is the complete solution for diverse research needs.
Reliable performance, reliable performance
The system is fully compatible with the SpectraDrop Micro-Volume Microplate, allowing for the quantification of precious low-volume samples. Easily achieve a performance-matching 2ng/µL sensitivity in the SpectraMax iD3. A wide linear dynamic range ensures accurate test results on a wide range of samples.