Accurate, sensitive, and precise quantification of DNA, RNA, and Protein.

The Smart-Q Mini is a one-of-a-kind, benchtop fluorometer for quantitative measurement of DNA, RNA, ssDNA, and protein. The instrument is compact and conveniently operated via a smartphone or tablet and provides accurate results in under 5 seconds.

– Compact Design: 3.27 x 3.27 in. footprint

– Two-channels: Blue (470 nm) and red (620 nm) excitation wavelengths

-Fast and Accurate: Quantification in under 5 seconds

-Minimal Sample Input: Requires as little as 1 μL

-Easy to Operate: Control via a Bluetooth®-connected tablet or smartphone (iOS or Android)

Smart-Q™ Mini App

The app delivers a highly intuitive yet powerful interface for assay selection, parameter configuration, and real-time results visualization. Seamless connectivity and data export capabilities allow for integration into advanced laboratory workflows. Preloaded, validated quantification protocols and standard curves for DNA, RNA, protein, and oligonucleotides eliminate the need for custom programming and reduce user-dependent variability.

Standard Curve Generation and Molarity Calculation:

The instrument supports both the use of pre-existing calibration curves and the creation of new two-point calibration curves (left). An integrated molarity calculator enables precise determination of dilution factors and final concentrations, facilitating accurate sample preparation for downstream
applications (right).

Main App Interface and Experiment Run Screen:

The Smart-Q Mini app enables users to select the desired experiment type and optionally generate a calibration curve. Once an experiment is defined, users input experimental parameters for both standards and unknown samples, after which the app automatically quantifies sample concentrations with high accuracy and reproducibility.

Accuris Quantification Kits

Compatible with Smart-Q™ Mini and Qubit™, Accuris quantification kits are formulated to deliver highly accurate, sensitive, and reproducible measurement of nucleic acids. They provide a robust alternative to traditional absorbance-based methods. Each kit incorporates optimized fluorescence dye chemistry that selectively binds to DNA, RNA, or ssDNA targets, delivering exceptional sensitivity—even for samples with extremely low or near-negligible concentrations.