Rapid, accurate DNA, RNA, and protein quantitation in a one-touch, full-spectrum micro-volume absorbance reader.

• Low volume as small as 0.5μL
• UV-Vis absorbance spectrophotometer
• 7" Color touch-screen interface with preconfigured analysis methods in 7 languages
• Fixed pathlength requires no calibration
• Micro-volume sample port has no moving parts to potentially break or skew results, regardless of viscosity
• Easily export data to a USB drive for additional analysis
• One-swipe cleaning

With a four second read time and no moving parts to skew the sample, or to potentially break, the QuickDrop Spectrophotometer maintains an accurate pathlength, providing you with results that are both fast and reliable, regardless of viscosity.

The large, high-resolution touch-screen interface offers you the ability to take advantage of pre-configured analysis methods, set up your customized experiment with ease, and lets you work in your choice of five languages.

The QuickDrop Spectrophotometer is maintenance-free and requires no calibration. One-swipe cleaning streamlines your workflow and allows you to quickly move from sample to sample.

View scan results on the large, high-resolution screen, or export data to your computer for additional analysis using a USB Flash Drive. No dedicated computer required.

The QuickDrop Spectrophotometer provides you with the flexibility to work with your micro-volume samples in the platform that best suits your research. The built-in sample port allows you to work with volumes as small as 0.5 µL, preserving your precious samples, while the cuvette port lets you expand your work to include larger volume samples.
The QuickDrop Spectrophotometer is a stand-alone unit with a small footprint and does not require a direct connection to a dedicated computer. The large, high-resolution touch-screen interface offers you the ability to take advantage of pre-configured analysis methods, set up your customized experiment with ease, or export your data to a USB flash drive for additional analysis.