The Lionheart LX has a small footprint and is easily installed on most standard lab benches. No need for excess instrumentation or a darkroom Lionheart uses high quality Olympus objectives and Semrock filters which drive excellent image quality and performance The wide field of view (WFOV) camera provides fast automated imaging in microplates and slides, enabling researchers to get the answers they need quickly When paired with Gen5 imaging software, the Lionheart LX provides a unique fully automated capture, process, analyze and publish workflow Laser-based and software-based autofocus are essential to capture sharp, in-focus images in automated microscopes The open design of the Lionheart LX stage allows researchers to work with microfluidic devices

Popular Keywords

BioTek Lionheart LX Automated Microscope

The Lionheart LX automated microscope is designed for affordability, offering an alternative to expensive, custom-built automated microscopes that are complex to learn and use. The compact, ocular free hardware design is more comfortable to use and reduces ergonomic distress in operators.

Along with Gen5 software, Lionheart LX enables Augmented Microscopy, which fully automates image capture, processing, and analysis. Operation is easy, load samples, start a run and gather publication-ready images and quantitative data. Lionheart LX can increase your research output and reduce time and costs.

BioTek Lionheart LX Automated Microscope

Product Details

Features

The Lionheart LX has a small footprint and is easily installed on most standard lab benches. No need for excess instrumentation or a darkroom
Lionheart uses high quality Olympus objectives and Semrock filters which drive excellent image quality and performance
The wide field of view (WFOV) camera provides fast automated imaging in microplates and slides, enabling researchers to get the answers they need quickly
When paired with Gen5 imaging software, the Lionheart LX provides a unique fully automated capture, process, analyze and publish workflow
Laser-based and software-based autofocus are essential to capture sharp, in-focus images in automated microscopes
The open design of the Lionheart LX stage allows researchers to work with microfluidic devices