Laboratory microscope equipment, labeled 'conceivable ICSI' with attached monitor.

C:ICSI

ICSI Automated

C:ICSI uses precision robotics, advanced optics, and proprietary software to assist with the mechanical micromanipulation of ICSI; holding the oocyte, immobilising the sperm, and performing the injection. 

It minimizes operational strain and reduces the need for extensive embryologist training associated with manual ICSI.

A vertical gradient of warm colors ranging from yellow at the top to orange at the bottom.

Introduction

C:ICSI leverages AI, robotic systems, and machine vision to consistently execute the numerous precision tasks associated with ICSI. It automates and standardizes sperm selection and injection. It minimizes operational strain, and reduces the need for extensive embryologist training, and human technique variability associated with manual ICSI.

Key Features

  • Enhanced Sperm Selection & Immobilization

  • Optimized Oocyte Handling

  • Consistent Precision Injection

  • Reduced Operator Stress

Benefits

Consistency

Using C:DISH-prepared dishes, standardised pipetting, and consistent media handling, C:ICSI performs the micromanipulation steps the same way each time. Proprietary software and advanced optics confirm the oocyte's position and guide the robotics to hold it, position the needle, and adjust injection depth.

Sterility & Safety

Operating in a controlled, clean environment, C:ICSI minimizes the risk of contamination by pipetting in a consistent, programmatic manner. Automated track-and-trace features ensure safe and accurate specimen management.

Operator Oversight

The embryologist supervises throughout and can intervene or override at any step. Dishes are retrieved from incubators and positioned, and the mechanical steps run automatically, reducing hands-on time while oversight and decisions stay with the embryologist.

Efficiency

Automation reduces the time and effort required for ICSI, allowing embryologists to focus on other tasks within the assisted reproduction process. Automation optimizes procedures, timing, and verification, expected to improve both short-term KPIs, and clinical outcomes.

Conclusion

C:ICSI eliminates challenges typically associated with manual ICSI, including variability, contamination risks, operational strain, and proprietary software. C:ICSI reduces human variability by leveraging AI, robotic systems, and machine vision to consistently execute the numerous precision tasks associated with this critical fertilization method.