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LF110 BCA Analyzer

The new high-end BCA system from Bruker

The new minispec LF110 can accommodate very obese rodents that weigh more than 1 kg. While being able to analyse those objects, the LF110 has been designed to also measure small sample amounts, like new-born mice or organs. This is possible by combining proprietary solutions with an as high as possible magnetic field strength. While keeping the footprint and housing the same, the weight range of this new system has been expanded as compared to the well-established LF90II. Therefore the LF110 really offers the largest sample weight range of Bruker`s comprehensive LF-series.

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LF50 BCA Analyzer

Body Compositon Analyzer of Mice

Bruker’s minispec LF50 Body Composition Analyzer provides an unparalleled precise measurement of Lean Tissue, Fat, and Fluid in live mice on a bench-top platform.

The LF50 combines optimal footprint with high sensitivity and flexibility. Further, thanks to Bruker’s unique Plug-and-Play probe concept, cleaning and exchange of the NMR probe is a matter of seconds. The whole body analysis requires a optimal design of the MR system such that small and large animals (or even biopsies) are equally well analyzed.

All these requirements are perfectly matched by the minispec LF50. Key to its success are the unrivaled measurement frequency of 7.5 MHz and the encapsulated zero maintenance electronics.

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LF50H BCA Analyzer

Increased Flexibility for Your BCA Assessment

The minispec LF50H version provides a convenient horizontal access extending the weight range assessable for Body Composition analysis with no compromise in signal-to-noise.

This is because of the comparable high magnetic field (7.5 MHz) used to generate the signal required for reproducible and sensitive operation.

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LF90II BCA Analyzer

LF90II: The Ultimate Choice for Body Composition Analyzer on Rodents

Bruker’s all-new 2nd generation minispec LF90II Body Composition Analyzer provides the new benchmark for precise measurement of Lean Tissue, Fat, and Fluid from lightweight newborns to obese elder rats.

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