Advanced Incubators

Indira IVF uses the most advanced incubators available. These are used to store embryos by providing womb-like conditions to them as they are developed in the laboratory. Technological advancements in infertility treatment has led to many unprecedented achievements in the recent past. Scientific breakthroughs and newer related discoveries, especially in Assisted Reproductive Technology (ART) treatments, have massively augmented its success rate. Customised treatment backed by technical know-how is key to its success, bolstering the confidence of couples embracing these procedures at larger scale, and realising their dreams of parenthood. By deploying the latest technology at each stage of treatment and thus, becoming a process-driven organisation, Indira IVF has been able to achieve success stories much higher than industry standards.  

Overview

Incubators are the most important instrument in IVF technology that serve as temporary housing of embryos that are later transferred back to the female partner for implantation. These IVF incubators are designed to provide the environment of a female uterus that helps in the development of the embryo. There are three types of incubators that are present in the market today namely dry, humidified, and time-lapse incubators. Traditional incubators are bigger in size in comparison to advanced incubators where embryos could only be stored at a particular time. The advanced incubators are smaller and more efficient. The conditions of these incubators are more stable allowing storage of embryos in much controlled environment thus increasing their chances of being properly matured. The amount of oxygen in the air we breathe is around 20%, but within our bodies, and where embryos thrive, it is 5%, or even lower. These small incubators provides appropriate temperature of 37˚C, 5% CO2, right pH, and 100% relative humidity. Best environmental conditions ensured for optimal oocyte and embryo development – less damage to eggs and embryos and hence, higher success rate.