AI Embryo Analysis Time Lapse System

IVF Lab Supplies
December 30, 2025
Category Connection: IVF Lab Supplies
Brief: Join us for a close-up look at this solution and see it in action. In this video, you'll discover how the AI Embryo Analysis Time Lapse System uses advanced time-lapse imaging to continuously monitor embryo development. We'll walk you through its unique environmental control and independent chamber design, showing how it provides a stable, hassle-free culture environment for reliable embryo screening.
Related Product Features:
  • Features ten independent cultivation chambers for simultaneous culture of multiple patient embryos.
  • Utilizes time-lapse imaging to capture key stages of embryonic development for continuous monitoring.
  • Provides a strong basis for embryo screening through full-time AI analysis and evaluation.
  • Includes a unique environmental control system ensuring a stable, hassle-free culture environment.
  • Offers simple and safe operation with a one-handed opening design for easy dish placement and removal.
  • Monitors temperature and air pressure in real-time for each chamber to ensure environmental stability.
  • Equipped with various alarm systems for real-time status display, remote alerts, and data recording.
  • Supports culture of up to 10 patients at once, with a maximum of 23 embryos per single dish.
FAQs:
  • How many patients can the Time-Lapse System culture simultaneously?
    The system can culture embryos for up to 10 patients at one time, with each patient's embryos housed in an independent chamber.
  • What imaging technology does the system use for embryo monitoring?
    It employs time-lapse imaging techniques to continuously capture key developmental stages, providing comprehensive data for AI-assisted embryo analysis.
  • How does the system ensure a stable culture environment?
    It features a unique environmental control system with real-time monitoring of temperature and air pressure for each chamber, along with multiple alarm systems to maintain optimal conditions.
  • What is the maximum number of embryos supported per dish?
    A single dish can support a maximum of 23 embryos, allowing for efficient high-capacity culture within the system.