- Ease of use
- After sales service
- Value for money

Related video
Description
The new Eppendorf BioSpectrometer is a small, very compact spectrophotometer for measurements in the UV and VIS range. Sepctra can be recorded and individual wavelength measurements can be made in a spectral range of 200 nm to 830 nm. What's more, the cuvette shaft of the BioSpectrometer kinetic is temperature controlled from +20°C to +42°C, meaning that enzyme and substrate kinetics can be measured directly in the device. No device upgrade with accessories is necessary for temperature control.
Product characteristics:
■ UV/Vis spectral range 220 nm to 830 nm
■ Xenon flash lamp with very long service life
■ Preprogrammed methods for a quick start
■ Guided software process to minimize errors
■ Operation directly on the device, no PC necessary
■ Large, easy-to-read 5.7-inch color display
■ Storage of measuring results (> 1,000) right in the device
■ Integrated data processing option for specific methods
Only BioSpectrometer kinetic:
■ Integrated Peltier element for temperature control of the cuvette shaft
■ Freely selectable cuvette shaft temperature control in a range of +20°C to +42°C with 0.1°C increments
■ Preprogrammed and freely programmable kinetic methods
■ Subsequent modification of the time window for regression evaluation
In addition to standard cuvettes such as the Eppendorf UVette, special microliter measuring cells can be used to measure the most minute volumes. With this option, the Eppendorf BioSpectrometers cover a wide range of concentrations and volumes in addition to standard laboratory methods.
Application notes and news
Reviews
Ashutosh Rai![]() Status: See all reviews Member since 2010 Organization: Indian Institute of Vegetable Research Read more » | RATING: 5.0 ![]()
"The instrument is very accurate and easy to handle." |
Feedback
Request info
Write a review
Sharing your experience will help scientists like you. Achieve Reviewer Status and Win an iPad 3 (All reviews published will be entered into the next drawing on May 31st 2013).


(what's this)



