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BC43 WF is a new addition to our benchtop microscope range, ideal for routine imaging or small budgets and with so much growth potential!
The system enables hassle-free, high-quality widefield fluorescence imaging, and is fully upgradable in the field to allow researchers to extend into confocal and super-resolution microscopy as requirements or budgets increase.
BC43 WF: Affordable and Upgradable.
BM42 Model also available. Andor's most affordable widefield microscope matching BC43 WF's performance and imaging quality (confocal upgrade not available).
BC43 WF benchtop fluorescence microscope is ideal for early-stage researchers whose needs will change over time. BC43 WF is feature-rich to accommodate a variety of experimental protocols in a small, easy to use package. When your needs exceed the widefield fluorescence and brightfield imaging capabilities of BC43 WF, you can simply expand and upgrade to confocal and super resolution.
Andor is the first microscope manufacturer to offer an IQ / OQ quality control programme which ensures that all BC43 microscopes operate within tightly controlled parameters, providing confidence that your data and experiments are reproducible in the future.
Click the hotspots below to explore the key features and benefits of Andor BC43.
All Andor BC43 Benchtop Microscopes come with the introductory Imaris Quant package for users to:
Additional Imaris modules are also available including tools for tracking and reporting motility metrics, quantifying cells and their intracellular organelles, and tracing neurons for reporting their specific characteristics.
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The BC43 WF works very well in our laboratory. As frequent users of conventional fluorescence microscopes, we were unsure if a benchtop model matched their quality given the optical performance our high magnification neuronal culture imaging demands. However, the BC43 WF not only met our high expectations, but it was much easier to use, resulting in many curious researchers that wanted to use the machine for their experiments.
Prof. Dr. Michael Kiebler, Department for Cell Biology, BioMedizinisches Centrum, Ludwig Maximilians Universitat Munchen.