
Yokogawa Electric
Enables precise measurements and imaging for research, drug development, and bioproduction, enhancing efficiency and collaboration in life sciences.
Overview
Measure Life, Accelerate Discovery
Yokogawa Electric provides precise and sensitive technologies that facilitate rapid and accurate measurements, supporting innovative research, drug development, and large-scale bioproduction. These capabilities contribute to a deeper understanding of life sciences with high accuracy.
Precision Imaging
Yokogawa's advanced imaging systems and analytical tools are designed to enhance sensitivity and efficiency in scientific research and pharmaceutical development. These visual solutions deliver high-quality data, ensuring optimal research outcomes.
Automated Equipment
The company's automated equipment streamlines life science procedures, reducing repetitive experimental tasks. This allows researchers to focus on gaining deeper insights and fostering innovation, thereby accelerating drug development and shortening time to market.
Collaborative Solutions
Yokogawa offers digital tools that manage and streamline complex pharmaceutical production processes. Their advanced information-sharing solutions promote seamless collaboration, enhancing problem-solving efficiency and driving experimental success.
Spinning Disk Confocal CSU
Utilizes a dual spinning disk design to enable real-time live cell imaging, transforming optical microscopes.
High Content Analysis CellVoyager
Employs powerful software for a wide range of research applications, from basic science to complex compound screening.
OpreX Informatics Manager
An integrated information solution that optimizes resource management beyond electronic lab notebooks.
FlowCam: Flow Imaging Microscope
Offers automated imaging technology for accurate, reliable, and quick particle analysis, enhancing research productivity and quality.
Single-Cell Analysis Solutions Single Cellome™
Develops cell handling technology for single-cell and live cells, including automated nano-point delivery and subcellular sampling.