Products > Spectrophotometers > Photopette® Custom
Supports up to 3 wavelenghts
The Photopette® Custom spectrophotometer is a unique product in the spectrophotometer market. Devices are individually built to match customer requirements and applications on a single unit basis. The device can support up to 3 custom wavelengths between 260 nm and 1000 nm.
For a quotation, please tell us the required wavelenghts and your application.
The Photopette system is designed for a sampling free workflow, thus increases efficiency and decreases the risk of cross-contamination. Its long lasting lithium ion battery allows more than 20,000 measurements without recharging. The Photopette app Method Maker allows to create custom applications and calibrations in minutes.
The common workflow in spectrophotometry is that samples are transferred into a cuvette and the cuvette is then placed into a spectrophotometer. The Photopette however simplifies this workflow. The user picks up a CuveTip with the device and directly immerses the tip into the sample. The sample solution then enters a cavity of the CuveTip and with a click on the device or app the measurement value is displayed on the app. There is No sample transfer!
Relevant Application Notes
|508-PV||Photopette® Custom Kit supplied with Photopette® device (Up to 3 custom wavelengths between 260 nm and 1000 nm)
Photopette® stand holder
CuveTip® Ejector Box
88 disposable CuveTips®
USB connection cable and quick start guide
Measure without sample transfer in 96 well plates, 500-2000 μl reaction tubes, T75 cell culture flasks, 15 & 50 ml Falcon tubes, Erlenmeyer flasks up to 500 ml.
Wavelength Accuracy up to ±2 nm
Measurement Precision & Accuracy up to ±0.003 AU
Photometric range 0.000 AU up to 3.000 AU
Measurement time Within 2 seconds per measured wavelength
Warm up time None
Lifetime (light-source) >500,000 measurements per wavelength
Wavelengths Up to 3 custom wavelengths between 260 nm and 1000 nm
Operation System Android
Weight 160 g
Language English (German and Chinese optional)