Geri® Timelapse Incubator

Specifications

Dimensions and Weight
Dimensions	Approximately 615 x 300 x 500
Weight	Approximately 50 kg Compact benchtop incubator w
Incubation Chambers
Number of Chambers	6 individual chambers
Control	Each chamber is independently controlled
Capacity	Each chamber holds a single patient’s embryos
Chamber Design	Designed to minimize lid openings and maintain optimal embryo development conditions
Temperature Control
Temperature Stability	Double heating elements in each chamber ensure rapid recovery within 60 seconds after closing the lid. Four temperature sensors per chamber accurately detect any abnormal conditions.
Set Point Recovery	The chamber returns to set temperature (+/- 0.2°C) within 1 minute after closing the lid.
Heating Elements	Four heating elements per chamber located in the base and lid for stability in case of element failure.
Alarm & Monitoring	Audible temperature alarm External alarm connection available External temperature probe port for independent verification
Gas Control
Gas Flow Regulation	Regulator maintains a consistent gas flow for optimal embryo development.
Gas Recovery Time	Gas purge functionality re-establishes optimum gas levels within 3 minutes after lid opening.
Gas Monitoring	Independent CO2 sensor in each chamber detects abnormal gas conditions.
Gas Supply	Independent gas lines for each chamber to prevent cross-contamination or system-wide failure.
Additional Features	External CO2 probe port for precise monitoring.
Humidity Control
Humidity Options	Option to choose humidified or dry chamber incubation based on lab preference.
Monitoring & Alarms	Independent humidity sensors continuously track and display chamber humidity levels. Humidity alarm feature available per chamber.
Light Control & Imaging System
Camera & Optics	High-resolution monochrome CMOS camera per chamber
Resolution	2560 x 1928 pixels (2 pixels per µm)
Imaging System	Continuous embryo monitoring via built-in microscope in each chamber. Time-lapse imaging captured every 5 minutes across 11 focal planes.
Light Source	Long wavelength light (550-650nm) to minimize light-induced embryo damage. Reduced total energy output compared to traditional microscopy to prevent potential harm.
Automated Image Processing	Automatically detects empty microwells Selects the most in-focus images for best focal plane embryo video. Customizable camera settings per chamber (focus, contrast, and alignment).
Workflow & Usability
Touchscreen Interface	Main touchscreen display (angled for easy viewing). Individual LCD displays for each chamber, allowing real-time monitoring and patient information access.
Chamber Access	Single-handed anti-slam lid opening for easy, safe access.
Second Dish Position	Each chamber includes a second dish position to hold the next sequential medium or transfer dish.
Remote Monitoring & Software	Geri® Connect & Assess allows remote access, digital grading, and patient record management.
Data Storage & Security	Stores time-lapse videos and embryo data securely. Digital embryo grading eliminates manual paperwork.
Connectivity & Remote Access
Geri® Connect & Assess	Connects multiple Geri® units through a local area network (LAN), synchronizing patient data. Allows remote monitoring and access to time-lapse videos from multiple workstations.
Automated AI-Assisted Embryo Scoring	Geri® Assess 2.0 uses artificial intelligence to detect and annotate embryo development events. AI-driven custom scoring algorithms assess embryo viability.