Home > Products > Life Science > Microscopes & Imaging Systems > Research Grade Inverted Microscopes IX3 series
Research Grade Inverted Microscopes IX3 series
PTC offers the latest Olympus IX3 series inverted microscopes for advanced live cell imaging experiments.

Research Inverted System Microscope IX83 / IX73 / IX53  NEW

Olympus IX3 inverted microscopes is a highly expandable platform for live cell imaging

  • Available as one-deck system with ergonomic low stage height or as a two-deck system to provide expanded functionality
  • Modules can be mounted with ease and allows users to build a single, uniquely flexible system
  • Available modules includes fluorescence filter turrets, side ports, magnification changers and more
  • Fluorescence illuminator (IX3-RFALFE) incorporates a fly-eye lens system to provide even distribution of fluorescence illumination
  • LED transmitted illumination available
  • Mechanical Stgae with high position reproducibility



    • Fully motorized and automated
    • Smart control by innovative touch panel
    • Z-drift compensation system (IX3-ZDC) available as option, which employs a near-infrared light to maintain continuous focus throughout extended time-lapse experiments.
    • Motorized fast filter wheel and shutter available



    Micromanipulation System ON3

    Olympus micromanipulation system ON3 series: A line-up to meet every specific need.

    In Vitro Fertilization, patch clamping, injection...modern standards in easy-to-operate micromanipulators vary widely according to differences of research and operation. Olympus manufactures a wide variety of microscopes for use with carefully selected micromanipulators to carry out specific applications with the greatest possible ease and comfort. Reliability is a key characteristic of Olympus systems, whose development aims at progressive and practical improvements in micromanipulation techniques and operation.





  • Contact Us
    If you would like to obtain more info and learn more of its applications, please contact us.