A customer involved in drug discovery-related work asked us to introduce a PC for WES (whole exome sequencing) and long-read sequence analysis. […see next]
A customer involved in research into robot manipulation asked us for a PC to customize and use the collaborative robot "xArm". […see next]
A customer contacted us for a Deep Learning machine to perform medical image analysis. Since the current environment takes a long time to learn, we wanted a machine with higher specifications. […see next]
A customer involved in electrical and electronic engineering research consulted us about introducing a PC for electromagnetic field analysis. The specific application is electromagnetic field analysis using ANSYS Lumerical FDTD. […see next]
A customer involved in the research and development of renewable energy has requested a proposal for a PC configuration. […see next]
A customer involved in volcano research contacted us for a workstation for semantic segmentation using MMSegmentation. The budget was approximately […see next]
A customer engaged in research in the life science field contacted us to ask about replacing their current bioinformatics workstation. […see next]
A customer engaged in research on forest ecosystems contacted us for a machine for next-generation sequencer analysis. Specifically, we wanted to use Illumina NovaSeqX ddR […see next]
We received a consultation from a customer involved in pharmaceutical-related research who would like to consider a workstation for bioinformatics analysis with a budget of 200 million yen. Please contact us […see next]
This is an example of a workstation configuration assuming the use of the crystal structure visualization software "CrystalMaker." System requirements listed on the official CrystalMaker page […see next]
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