fluidlab R-300 | Cell Counter & Spectrometer
Combining a full-fledged spectrometer with an automated cell counter, a variety of analyses such as absorbance, scatterlight and time-series measurements, automated cell counting and staining-free viability measurements can be performed. The intuitive handling and precise measurements make the fluidlab R-300 the laboratory instrument of the future.
Hi, I'm fluidlab.
The first device that combines Cell Counting and Spectrometry
- Automated Cell Count
- Staining Free Viability Measurements
- Extinction & Kinetics (375-700 nm)
- available immediately
Cell Counter
Label-free viability measurements via holographic microscopy
Large FoV for high statistical significance
Small sample volume needed (4-20 µl)
Spectrometer
Full spectral graphs recorded from 375 to 700 nm
No maintenance and re-calibration needed
Portable and small
See what your peers are saying
Erik Klapproth, PhD
Technical University Dresden
"The fluidlab is a great method for cell counting because it is small, you have it in or next to the bench and you can pipette it directly onto the sample carrier acella. The workflow is the same as with the Neubauer counting chamber, but ten times faster and more convenient."
Find the whole interview here
Juliane Hannemann, PhD
Eppendorf University Medical Center, Hamburg
"What we really like about the fluidlab, is that it can be operated intuitively. It is kept simple so that anyone new to the lab can use it. We also like that it gives very reproducible results when measuring a sample multiple times."
Find the whole interview here
Patrick Rüdiger
Technical Assistant, BASF
"In direct comparison, I actually prefer the fluidlab R-300, simply because it gives me the same reliable results as my reference photometers, but in my laboratory it can be below the bench. In our case, the photometers are located two or three laboratories down the hall. So I don't have to go to another laboratory."
Find the whole Interview here
Prof. Shu-Chuan Liao
National Taiwan University
"The fluidlab can be used for cell culture and bacterial cultivation at the same time, which is very convenient. The device is easy to handle, we get fast results, the measurement can be performed independent from the location and the instrument does not take up much space beneath the sterile workbench."
Find the whole interview here
My accuracy and reliability
The fluidlab R-300 performs with high linearity across different cell types over a large concentration range
Linearity of Trypan Blue Serial Dilutions
Cell DB
Discover my use cases!
Technical data
Device
The fluidlab R-300 uses the label-free technique of digital holographic microscopy (DHM) to analyze cell number and viability directly in the cell culture environment. Contrary to brightfield microscopy, DHM does not use optical lenses but generates so-called ‘holograms’ of the cells, which are analyzed by a computer.
- Dimensions
- 128 mm x 94 mm x 33 mm
- Weight
- 240 g
- Display
- 3.5" Color Touch Screen
- Connectivity
- 802.11 b/g/n Wireless LAN
- Battery
- Rechargeable Li-Ion battery
- Battery Runtime
- 5 hours
- Input Voltage
- 5 V DC via USB-C Power Adapter
- Power Adapter
- 100 - 240 V AC 50/60 Hz
- Data Storage
- Internal Flash Memory
Cell Counter
- Imaging Method
- Digital Holography
- Analysis Method
- Machine Learning Classifier
- Field of View
- 2.3 mm x 2.3 mm (5.3 mm²)
- Cell Size Limits
- 3 - 80 µm (cell count), 8 - 80 µm (viability)
Spectrometer
- Light Source Multiwavelength
- LED Module
- Wavelength Range
- 375 - 700 nm
- Spectral Bandwith
- 2nm
- Photometric Measuring Range
- 0 - 2.5
- Compatible Sample Carriers
- Standard 10 mm cuvettes
FAQs
Where and how can I test the fluidlab R-300?
Contact us by phone (+49 (0) 351 85478422) or e-mail (info@anvajo.com) and arrange a personal demonstration appointment. Our product specialists will come directly to your laboratory and you can test the fluidlab R-300 for free. Several times a year we also exhibit at national and international trade fairs. Follow us on LinkedIn, facebook, instagram and twitter to make sure you don't miss a chance to exchange ideas with our team on site.
How capable is the spectrometer?
Our spectrometer is linear in the value range 0 - 2.5 with a photometric accuracy of 0.01 or 1 %. The spectrum can be captured between 375 nm and 700 nm, with a spectral resolution of less than 2 nm. Further information can be found in the performance report of the spectrometer.
How capable is the Cell Counter?
Our Cell Counter shows a high correlation (99% accuracy, coefficient of determination R²=0.9956) both with the manual method (Neubauer chamber) and with established automated cell counters.
Can the viability be measured staining-free?
The determination of viability is performed with the fluidlab R-300 staining-free. Cytotoxic effects are eliminated and pre-analytical steps are reduced. This saves valuable time during preanalytics, increases the stability of cells and avoids contact with harmful staining materials. The differentiation of dead and living cells works based on our innovative optics identifying the refractive index of cells. The adequate visualisation of the viability application, can be found in our product video.
Which sample carriers can be used?
With a flexible adapter system, the fluidlab R-300 supports both standard cuvettes for spectrophotometric measurements and glass sample carriers of different layer strengths for automatic cell counting and staining-free viability determination.
Do you need support with the fluidlab R-300?
Send us an E-Mail via support@anvajo.com or reach us by phone: