After fertilisation, embryos develop within a protective outer shell called the zona pellucida. For an embryo to implant in the uterus and start a pregnancy, it must first hatch out of this shell. In some cases, the embryo may struggle to break free, which can prevent implantation. Laser Assisted Hatching uses a focused laser beam to make a tiny opening in the shell, helping the embryo hatch naturally and increasing its chances of embedding into the uterine lining.
This technique is delicate, precise and quick. At KIMS Fertility IVF Centre, we use cutting-edge laser technology in our embryology lab to perform this process under strict conditions, ensuring safety and accuracy.
Laser Assisted Hatching is not required for every IVF patient. It is typically advised in the following situations:
In these cases, making it easier for the embryo to hatch may lead to improved implantation and improve your chances of getting pregnant.
Laser Assisted Hatching is performed just before embryo transfer. Under a microscope, our embryologist uses a laser to create a very small hole in the zona pellucida. The procedure takes only a few seconds and is done with extreme precision, avoiding harm to the inner embryo.
Once the laser step is complete, the embryo is ready to be transferred into the uterus. The rest of the IVF process continues as normal. If implantation is successful, the embryo will continue developing into a healthy pregnancy.
Fertility Doctors in Andhra Pradesh, Telangana & Maharashtra
KIMS Fertility IVF Centre is a trusted fertility treatment centre known for offering advanced reproductive technologies alongside personalised care. Our team includes some of the best IVF doctors in the country, supported by skilled embryologists and well-equipped laboratories.
We recommend Laser Assisted Hatching only when it has the potential to improve your outcome. Our focus is always on providing treatment that is necessary, evidence-based and beneficial for your individual case. We aim to make your IVF journey smooth and transparent at every step.