9
separate-chamber
Micro Solutions / Life Science
Time Lap Incubator CCM-iBIS
Continuous observation of embryos in nine separate chambers without extraction from the incubator
Product overview
- CCM-iBIS
- Astec
- Japan
- CCM-iBIS
- CCM-iBIS
Continuous observation of embryos in nine separate chambers without extraction from the incubator
with AI analysis of pronuclei, fragmentation and development of blastocysts
CCM-iBIS is a compact, nine-chamber time-lapse system for continuous observation of embryos without disrupting culture conditions.
Each embryo is in a separate chamber with its own sealed access, and the red LED light is embedded in the lid. The software generates video and supports pronucleus analysis, blastocyst fragmentation and development; the final decision is left to the embryologist.
Nine fully separate cameras, one dish of EmbryoGrid each; built-in gas mixing, individual caps and a front sampling port. The touch interface specifies the patient, the identifier, the insemination time and the shooting schedule; the images are transmitted to a specialized analyzer ASTEC.
Key figures
30 kg
mass
1.3 MPP
camera with 10× objective
623 nm
red-light
Applications
- Time-lapse observation of embryos
- Evaluation of pronuclei and fragmentation
- Gardner blastocyst score
- ART and embryology
Models and configurations
- CCM-iBIS
Product details
CCM-iBIS
9 fully separate incubation chambers
Astec Image Analyzer
automatic analysis of pronuclei and fragmentation
Cultivation without breach of conditions
- 9 fully separate cameras, each designed for one dish of EmbryoGrid (25 holes)
- The own sealed access and gas port of sampling at each chamber do not violate the conditions of neighboring chambers.
- Red LED backlight (623nm) built into the camera cover
Astec Image Analyzer
- Automatic Detection of Pronuclei by Deep Learning
- Detection of early and abnormal crushing on 1-3 days of cultivation
- Forecast of the rank of development of blastocysts on a four-level scale on 3-4 days
- Evaluation of blastocyst morphology according to Gardner classification on 4-7 days; the final decision remains with the embryologist
Comfort of work
- Touch panel starts shooting after entering patient data, ID and insemination time
- Astec Viewer plays video of all embryos simultaneously with annotation list
- Optional magnetic VOC filter cleans the air coming through the gas line from VOCs, aldehydes and microorganisms
Camera and body
| External dimensions | 382×590×219 mm |
|---|---|
| Number of incubation chambers | 9 (25 hole EmbryoGrid dish) |
| Size/volume of one camera | 62×65×17 mm, ≈69 ml |
| Moisturizing | hydrated |
| Mass of instrument | ≈30 kg |
Optics and power supply
| Camera. | 1.3 million pixels CCD, matrix size 4.86×3.62 mm |
|---|---|
| Objective | 10x for biological microscopes |
| Source of illumination | red LED, peak 623 nm |
| Power supply | 110–120 In AC 50/60 Hz 3 A or 220–240 In AC, 1.5 A (voltage oscillation ≤10%) |
Options and software
VOC filter
Purification of gas from VOCs, chlorinated acyl chloride, aldehydes and microorganisms
EmbryoGrid
A dish for group cultivation and time-lapse imaging of embryos
Astec Image Analyzer
Software for automatic analysis of pronuclei, fragmentation and blastocysts
Astec Viewer
Viewing videos and abstracts of all embryos at the same time
Related equipment types
- Multigas and hypoxic incubators
- Smart stations for IVF
- Integrated biostations
- Gas environment control and monitoring
Related products
- Astec DHS — Multigas and hypoxic incubators
- Astec SS-250 IVF Smart Station — Smart stations for IVF
- Astec Integrated Bio-Station — Integrated biostations
- Astec ASTEC Gas Analyzer — Gas environment control and monitoring
Classification
- Cellular technology and ART
- Time-laps incubators
- Equipment of cell technologies and reproductive medicine
- Cell incubation
- Incubators for embryos, including time-lapse
- CCM-iBIS