Menu
Curiosis Celloger Stack Automated Multi-Layer Vessel Monitoring System - MSE Supplies LLC

Curiosis Celloger Stack Automated Multi-Layer Vessel Monitoring System

  • $ 34,00095
  • Save $ 6,00000


Curiosis Celloger® Stack Automated Multi-Layer Vessel Monitoring System

Key Features

  • Real time cell monitoring inside an incubator
  • Multi-layer observation
  • Mass cell culture
  • Multi-position imaging
  • Recording and time-lapse video
  • Autofocusing

Celloger® Stack is an automated multi-layer vessel monitoring system that enables real-time imaging of cell samples while they are cultured in an incubator. The system is capable of detecting cells growing in a multi-layer chamber and identifying the optimal time for cell harvest. With its motorized camera that can move in all directions, the system captures multiple points within the travel range which can be made into a time-lapse video with a simple click.

Real-time monitoring inside an incubator

  • - Our optimized cell detection and imaging technology applied to Celloger® Stack allows you to monitor multi-layer vessels with up to 10 layers while culturing the cells in a standard CO₂ incubator (image acquired from the bottom layer).
  • - By simply placing the culture vessel on the Celloger® Stack and connecting it to your laptop, you can observe the growth of your cells in real-time without removing them from the incubator.

Shows the right time to harvest your cells

  • - The system automatically captures the images of set positions in accordance with the time-lapse schedule set by the user.
  • - You can review these images to determine the optimal time for cell harvesting or set an alarm to notify you when the appropriate confluency level has been reached (currently in development).

Captures images of multiple positions

  • - The Celloger® Stack has a motorized camera that travels 11cm x 24cm, x and y axis respectively, multiple points within the travel range can be imaged according to a schedule set by the user.
  • - It is possible to set various imaging schedules based on your research protocol, and the schedule modification can be made easily through simple adjustments.

Different vessels can be used with the interchangeable vessel holders

  • - The Celloger® Stack comes with interchangeable vessel holders that allow the use of different vessels, making it versatile and adaptable to various experimental needs.
  • - The standard package includes a holder for Cellstack, but customized holders for vessels of different sizes, such as multi-layer dishes and flasks, can be provided upon request.

 

Applications

    • Cell monitoring: study morphological changes of the cell and find the best time for subculture or harvest.
    • Wound healing assay: check cell migration by scratching the cell and monitor wound healing.
    • Cell proliferation: quantify the increasing number of cells and provide the growth curve.
    • Cytotoxicity assay: stimulation of healthy cells to compare cell activity over drug effects.
    • Transfection efficiency assessment: inserting genes into eukaryotic cells to assess efficiency


Technical Data

Dimensions 350 x 330 x 450 mm
Weight 15kg
Objective Lens 2X
Imaging mode Bright-field
Imaging positions Multiple
Stage Motorized XYZ (Camera moving)
Camera 5MP CMOS
Field of view 2.53 x 1.9 mm
File export format TIFF, AVI
O/S required Window 10
Storage 1TB (recommended)
Operating environment 10~40℃, 20~95% humidity
Vessel types Multi-layer chamber up to 10 layers
21 CFR Part 11 Available (optional)


MSE supplies is an authorized distributor of Curiosis 

Curiosis Inc, is a company that develops, produces, and supplies laboratory equipment in the field of life science. They provide solution for improving the efficiency of cell-based research processes and endeavor to become a leading company in the bioindustry. Based on their core technologies in mechanical engineering, biophysics, and electrical engineering; they aim to provide high-quality products to their customers as well as contribute towards a better future for humanity.