Brief: See the journey from feature description to real application in this concise overview of the NEO Time-Lapse System. Discover how this advanced technology provides a personalized and undisturbed optimal culture environment for gametes and embryos, capturing every developmental stage with precision.
Related Product Features:
The NEO Time-Lapse System uses 10 independent culture chambers to ensure embryos are cultured in a stable, interference-free environment.
Equipped with 10 independent cameras, the system captures all-round shots of embryos at least every 5 minutes for high-definition videos.
Each chamber features an independent high-precision platinum thermal resistance thermostat to maintain a stable temperature of 37℃±0.2℃.
The system includes a 12.3-inch high sensitivity precision touch display for smooth and delay-free interface operation.
Culture dishes are made of sterile, non-toxic polymer materials with high transparency for clearer embryo imaging.
The monitoring system independently tracks temperature, air pressure, and other data in real-time for each chamber.
Chamber opening and closing feedback is ≤1s, with pressure recovery time ≤5s and temperature stabilization time ≤1min.
The AI automatically selects the clearest photos to form high-definition videos, aiding in comprehensive embryo grading.
Często zadawane pytania:
What is the purpose of the NEO Time-Lapse System?
The NEO Time-Lapse System provides a personalized and undisturbed optimal culture environment for gametes and embryos, recording the entire developmental process from fertilization to blastocyst formation with high-definition videos.
How does the system ensure a stable culture environment?
Each of the 10 independent chambers is equipped with a high-precision platinum thermal resistance thermostat, maintaining a stable temperature of 37℃±0.2℃, and the monitoring system tracks temperature and air pressure in real-time.
What are the benefits of the AI in the NEO Time-Lapse System?
The AI automatically selects the clearest photos from continuous shots to form high-definition videos, enabling embryologists to observe the dynamic development process and grade embryos more comprehensively.