Krishco Medical Products Pvt. Ltd.

Life Carrier Vitrification Straws are specialized devices used in the field of assisted reproductive technology (ART) for the cryopreservation (freezing) and storage of human oocytes (eggs), sperm, or embryos. These straws are designed to protect and preserve reproductive cells and embryos by subjecting them to extremely low temperatures without damaging their viability.
Key features of Life Carrier Vitrification Straws include:
Vitrification Technique: These straws are used in the vitrification process, which involves rapidly cooling oocytes, sperm, or embryos to cryogenic temperatures (typically below -196°C or -320°F) without the formation of ice crystals. This technique minimizes cell damage and ensures high post-thaw survival rates.
Size and Shape: Vitrification straws are small and typically have a narrow and elongated shape, allowing for the efficient loading, storage, and retrieval of samples.
Sealing Ends: The straws have sealed ends to prevent contamination and maintain the sterility and integrity of the samples.
Color-Coding: Some straws may feature color-coding to aid in sample identification and organization.
Secure Cap: A secure cap or sealing system at one end helps protect the samples during storage and transportation.

The "Life Carrier Vitrification Device," specifically the "Life Carrier Vitrification Straw Metal Ball" is an open system device used in the field of assisted reproductive technology (ART) for the vitrification (freezing) of reproductive cells and embryos. It utilizes a metal ball, typically stainless steel, as a thermal conductor to facilitate rapid and uniform cooling of the samples during the vitrification process. 

The Life Carrier Vitrification Straw Metal Ball is a Open System device used in the vitrification process for the cryopreservation (freezing) and storage of reproductive cells and embryos in the field of assisted reproductive technology (ART).
In the context of vitrification, a bead is often used as a thermal conductor and assists in the rapid cooling process. Here's how it may be used:
Rapid Cooling: The vitrification process involves rapidly cooling reproductive cells or embryos to cryogenic temperatures (typically below -196°C or -320°F) without the formation of ice crystals. The metal ball assists in ensuring rapid and uniform cooling.
Thermal Conductivity: The metal ball, which is typically made of stainless steel or a similar material, is an efficient conductor of heat. Placing it in proximity to the reproductive cells or embryos helps facilitate the transfer of heat away from the samples, ensuring even cooling and vitrification.
Protection: In addition to its role in cooling, the metal ball may serve to protect the samples from mechanical damage during the handling and storage processes.
Uniformity: By promoting uniform cooling and minimizing ice formation, the metal ball contributes to the preservation of sample quality and viability