🤰 Blastocyst Culture – Nurturing Embryos for Better Selection
Blastocyst culture allows embryos to grow for 5–6 days before transfer so that only the healthiest embryos are selected. Using advanced Japanese technology, embryos are nurtured in a specialised environment with three essential gases—similar to the natural conditions of the fallopian tubes. This improves implantation rates, reduces the risk of multiple pregnancies, and increases the chances of a successful pregnancy.

🤰 IMSI – Sharper View, Stronger Choices
Intracytoplasmic Morphologically Selected Sperm Injection (IMSI) uses high-magnification imaging to identify the healthiest sperm. Selecting the most viable sperm improves embryo quality and enhances success rates, especially in cases of recurrent IVF failure or severe male infertility.

🤰 PICSI – Nature’s Selection, Perfected by Science
Physiological ICSI (PICSI) mimics the body’s natural sperm selection process by choosing sperm that bind to hyaluronan. These sperm have better DNA integrity, resulting in healthier embryos, reduced miscarriage risk, and improved pregnancy outcomes.

🤰 Micro Fluid X – Sperm Selection with Precision Flow
Micro Fluid X technology uses microfluidics to separate sperm with the best motility and DNA quality. By eliminating damaged sperm, it supports healthier fertilisation and higher-quality embryo development.

🤰 Laser-Assisted Hatching – A Gentle Opening for Better Implantation
Laser-assisted hatching creates a tiny opening in the embryo’s outer layer to support implantation. Using advanced laser systems with high magnification, this technique is especially beneficial for women above 35 years and those with previous IVF failures.

🤰 Embryo Glue – A Natural Boost for Implantation
Embryo Glue is a hyaluronan-rich solution used during embryo transfer. Acting like a natural adhesive, it helps embryos attach securely to the uterine lining and improves implantation success.