On-chip Biotechnologies

Droplet-based microfluidic system utilizing advanced technology for single cell analysis and high-throughput screening to redefine the future of biotechnology.

On-chip Biotechnologies

Droplet-based microfluidic system utilizing advanced technology for single cell analysis and high-throughput screening to redefine the future of biotechnology.

On-chip Products

  • On-chip
    Droplet Selector

    “Sorting” and “Dispensing” functons are combined into one for droplet-based screening.

  • On-chip
    Droplet Generator

    Generate a large quantities of picoliter-scale “droplets” with a disposable microfluidic chip.

  • On-chip Sort

    The world’s first microfluidic cell sorter for a gentle sorting of a wide variety of samples.

Our products are used by research institutes and companies in Japan and around the world.

  • NYUL
  • UBC
  • Glasgow
  • アステラス
  • KIT
  • 産総研
  • 長岡技術科学大学
  • Bacchus Bio innovation
  • ppmx
  • Harvard Medical School
  • Graduate School of Agricultural and Life Sciences, University of Tokyo
  • Department of Applied Chemistry, Kyushu University
  • RIKEN BioResource Research Center (BRC®) Plant-Microbe Symbiosis Research and Development Team

NEWS

  • CYTO 2025
    04/17/2025

    [New]Drop by and visit us at CYTO 2025

    We are excited to announce that we are joining CYTO 2025, which is the 38th annual Congress of the International Society for the Advancement of Cytometry. Please drop by and visit us at Booth No. 807Our staff will be on... READ MORE
  • 04/03/2025

    Don’t miss our on-site seminar at Synbiobeta 2025 !

    We are thrilled to invite you to our workshop titled “Uncovering microbial N-glycan degradation pathways through ultrahigh-throughput single emulsion droplet screening” at this year’s SynBioBeta conference. Join us for an insightful session exploring cutting-edge enzyme discovery techniques! Date and Time:... READ MORE
  • webinar banner March 4th
    02/04/2025

    Join On-chip original webinar! | 4 MARCH, 2025

    “Capturing the variation in growth and stress of environmental bacterial subcommunities in response to chlorine using high-throughput fluorescent activated sorting of droplets.”We are pleased to announce a live webinar on March 4th (Tue) featuring Dr. Ayo Ogundero, from the University... READ MORE