Cryolab

  Looking to buy a dry shipper for your laboratory or medical facility? The CryoStork® Series of Dry Shippers from Cryolab offers a secure and efficient solution for cryogenic transport containers, including IVF dry shippers, liquid nitrogen (LN₂) dry shippers, and LN₂ vapour-phase shippers for medical and research samples. Designed with cutting-edge absorbent material, these units ensure safe handling, regulatory compliance, and temperature stability, making them ideal for a wide range of applications such as IVF, clinical trials, and laboratory sample transport. Tailored for Different Volume Needs The CryoStork Dry Shippers are available in five distinct models—CryoStork V2, V3, V4, V6, and V10—catering to varying volume requirements with storage capacities ranging from two to ten litres. Whether you need a dry shipper for IVF labs, cryogenic shipping of embryos, or sperm sample transport, the CryoStork series delivers dependable performance and peace of mind during transit. Temp...

  Efficient and well-organised storage is essential in laboratories and cryogenic facilities where biological samples must be preserved with precision. At Cryolab, our Flat and Triangular Cryogenic Cassettes provide a smart, space-saving solution for securely storing cryogenic vials and straws, while enhancing sample accessibility and identification. With various sizes and colours available, these cassettes are ideal for improving storage efficiency in both liquid nitrogen and vapour-phase tanks. Flat Cryogenic Cassettes: Organised and Ver satile Cryolab’s Flat Cassettes are designed to offer structured, easy-access storage. Available in short and long lengths, they are ideal for laboratories, biobanks, and clinics handling a high volume of cryopreserved material. These cassettes allow for a clear and efficient arrangement of vials and straws. The colour-coded system — available in green, blue, yellow, red, white, and beige — simplifies sample identification and retrieval. Made fro...

Open and closed vitrification systems are commonly used for oocyte cryopreservation, but their impact on oocyte competence is not well understood. This study compares these systems, examining laboratory and clinical outcomes and the influence of cooling and warming rates. A systematic review of English-language studies up to January 2023 was conducted, involving 23 studies and a network meta-analysis. Both systems showed lower fertilization rates compared to fresh oocytes. Open systems had lower cleavage and blastocyst formation rates, while closed systems showed no significant difference. Closed systems appear less harmful to oocyte competence, suggesting their potential for standardization in practice. Since the approval of oocyte vitrification in 2013, its use has increased significantly, replacing slow freezing due to superior outcomes. Vitrification, using ultrarapid cooling and high cryoprotectant concentrations, has applications in fertility preservation and donation programs. H...

What is Controlled Freezing? Controlled freezing is a precise method used to cool sensitive materials at a regulated pace, preserving their structural integrity and biological function. Unlike conventional freezers that can form damaging ice crystals, controlled rate freezers use programmable systems to optimise the freezing curve. This approach is vital for protecting biological samples, transplant tissues, pharmaceutical products, and delicate food items. As CBS highlights, a slow, controlled freezing process is especially important for materials with large cellular structures to avoid cellular damage. The Cryogenic Backbone of Controlled Freezers Controlled rate freezers have transformed preservation practices across medical, pharmaceutical, and food industries. By enabling gradual and accurate cooling, these systems safeguard materials such as blood, cells, and tissues from freeze-related harm. At the heart of these systems is a cryogenic infrastructure that ensures consistent and ...

  In the field of assisted reproductive technology (ART), particularly in vitro fertilisation (IVF), precision and care are of paramount importance. Among the myriad tools used in IVF procedures, denudation pipettes play a crucial role in ensuring the success of various steps, from oocyte preparation to embryo transfer. This article explores the significance, design, and applications of denudation pipettes in IVF. What Are Denudation Pipettes? Denudation pipettes are specialised laboratory instruments designed for handling and manipulating oocytes during the IVF process. They are thin, cylindrical tools with precisely controlled diameters, used primarily to remove the cumulus cells surrounding the oocyte. This process, known as denudation, is essential for assessing the maturity of the oocyte and preparing it for subsequent fertilisation steps. Cryolab Denudation Product Range Cryolab Denudation Pipettes – Straight Cut – Cryolab Specialised tools for the precis...

    In laboratories and fertility clinics where, biological samples are stored in liquid nitrogen, efficiency, safety, and precision are vital. One essential yet often overlooked accessory that supports all three is the canister lifter—a specially designed tool used to retrieve canisters from LN₂ storage vessels without compromising sample integrity. At Cryolab, we offer a range of canister lifters tailored to suit varying storage needs. Each lifter is engineered for ease of use and built to meet the demands of cryogenic environments. Available in a variety of sizes and configurations, our lifters are compatible with both standard and daisy goblets, allowing for secure and efficient handling of stored samples. Canister lifters are available in heights ranging from 270mm to 846mm, making them suitable for a wide range of storage vessel depths. Customers can choose between 1-shelf and 6-shelf designs, depending on the level of organisation and capacity required. Whether yo...

  In the world of cryogenic storage, ensuring the safe preservation of biological samples like embryos, sperm, and stem cells is a top priority. Laboratories and research facilities rely on specialised tools to maintain these delicate specimens in liquid nitrogen at ultra-low temperatures (-196°C). Among these essential tools are Visotubes, Cryosleeves, and Cryocanes, each playing a unique role in organising, protecting, and retrieving stored samples. Let’s take a closer look at what they are, how they work, and why they are indispensable. Visotubes: Compact and Organised Sample Storage Visotubes are small, cylindrical plastic containers designed to hold cryogenic straws, which contain biological specimens. They help maintain order in liquid nitrogen tanks while ensuring samples remain easily identifiable and accessible. Made from high-quality plastic, Visotubes are durable and can withstand extreme temperatures. They are available in multiple colours, allowing for easy diffe...

    In the world of fertility and medical science, safe liquid nitrogen storage is critical. Whether you're storing embryos, semen samples, or oocytes, precision and reliability are non-negotiable. That’s where Cryolab’s 25L Onion Dewar with Tipping Trolley steps in—bringing strength, convenience, and cutting-edge design to the heart of every IVF laboratory. Trusted LN2 Storage for IVF Clinics Designed specifically for IVF liquid nitrogen storage, the Cryolab liquid nitrogen container offers unmatched reliability. Our 25L liquid nitrogen Dewar is part of a larger collection of Cryolab LN2 storage tanks, tailored to serve the evolving needs of fertility labs. Its robust, durable liquid nitrogen tank structure ensures maximum protection, while its lightweight LN2 Dewar design allows easy handling during high-pressure workdays. Built for Convenience: The Tipping Trolley Advantage Every Cryolab Dewar tank is equipped with an ergonomic tipping trolley for LN2, which offer...

Salmon is one of the most valued fish in global aquaculture. Known for its high-quality protein, omega-3 fatty acids, and widespread consumer demand, salmon plays a vital role in feeding millions of people worldwide. Whether it’s for commercial farming, breeding programmes, or scientific research, preserving salmon eggs and milt (sperm) is essential to ensure sustainable production and protect valuable genetics. Cryopreservation is now a cornerstone of modern fish farming. By freezing salmon reproductive material, fish farms can maintain strong bloodlines, support seasonal breeding, and share genetics between locations without compromising quality. This approach also helps protect against unexpected losses caused by disease outbreaks, environmental stress, or transportation issues. Cryolab’s CryoNest® Series of liquid nitrogen storage tanks are trusted across the aquaculture industry for long-term storage of fish gametes. With a constant temperature of –196°C, these tanks provide a sta...

Bovine embryo technology is a key part of modern cattle farming. It helps improve herd quality, increase productivity, and preserve valuable genetics. Farmers, researchers, and artificial insemination centres around the world rely on embryo preservation to support breeding efforts. Cattle are one of the most important livestock animals globally. They provide milk, meat, and leather, and are essential to both small farms and large-scale agriculture. By preserving embryos, farmers can keep the best genetics for future use, share them across borders, and reduce the risk of losing strong bloodlines due to disease or climate challenges. Transporting embryos is also a key part of breeding programmes. Whether moving samples from farm to lab, or shipping them across countries, they must remain frozen and protected. Cryolab’s CryoStork® Dry Shippers provide a safe solution. These containers use vapour-phase liquid nitrogen and help keep temperatures low during the journey. With strong insul...

Livestock breeding is essential to global agriculture, with animals such as sheep, goats, pigs, and buffaloes playing crucial roles in food production, textiles, and economic growth. In many regions, particularly in developing countries, livestock is a vital source of income, making effective breeding programmes necessary to improve breed quality, disease resistance, and overall productivity. Cryogenic technology provides an advanced solution, enabling the long-term preservation and transport of genetic material for selective breeding initiatives. 🐑  Sheep and Goats: Genetic Banking & Embryo Transfer Sheep and goats are vital to agriculture, offering important resources such as milk, meat, and wool. For farmers and breeding programmes, preserving genetics is essential to enhancing breed quality and improving disease resistance. Cryolab’s CryoNest® LN₂ Storage Series is designed to securely store embryos and semen at ultra-low temperatures, allowing for long-term preservation t...

  Cryopreservation has become an indispensable tool in both agricultural and biomedical industries, particularly for poultry and aquatic species. From preserving genetic diversity to supporting large-scale aquaculture, the ability to safely store and transport biological materials at ultra-low temperatures plays a vital role. Cryolab’s cutting-edge cryogenic technologies, including the CryoNest® LN₂ Storage Series and CryoStork® Dry Shipper Series, offer unmatched reliability and innovation for these critical applications. Preserving Poultry Genetics: Chickens and Ducks In the poultry sector, the cryopreservation of chicken and duck sperm, embryos, and primordial germ cells (PGCs) is essential to safeguarding genetic resources and enhancing selective breeding programs. As poultry producers look to maintain valuable genetic lines or revive heritage breeds, Cryolab’s CryoNest® LN₂ Storage Tanks offer the ideal solution for long-term storage. These vessels provide stable tempera...

Cryopreservation plays a pivotal role in modern equine reproduction, offering breeders, veterinarians, and researcher’s powerful tools to preserve valuable genetics, improve breeding efficiency, and support international transport of reproductive material. Whether it’s elite sport horses, rare breeds, or high-value stallions, the ability to cryopreserve sperm, embryos, and oocytes opens new frontiers in genetic preservation and performance breeding. Cryolab supports this critical industry with state-of-the-art cryogenic storage and shipping solutions. Our CryoNest® Series of LN₂ storage tanks and CryoStork® Series of dry shippers are engineered for precision, reliability, and compliance -ensuring your equine samples are preserved in optimal conditions from collection to use. In the world of horse breeding, genetic preservation is essential not just for commercial breeding but also for safeguarding biodiversity. Cryopreservation of equine semen and embryos allows breeders to extend the ...

In biomedical research, mice are the gold standard for studying genetics, disease pathways, and drug development. Preserving their genetic material through cryopreservation is a fundamental practice in laboratories and research institutions across the globe. Whether for archiving genetically modified strains or shipping valuable lines internationally, reliable cryogenic systems are essential to maintain viability, consistency, and reproducibility in scientific work. At Cryolab, we offer cutting-edge cryogenic storage and transport solutions to meet the exacting needs of mice cryopreservation. Our CryoNest® Series of LN₂ storage tanks and CryoStork® Series of dry shippers are engineered for precision, safety, and compliance – ensuring your samples remain protected from storage to shipment. Mouse models are vital in exploring human diseases, testing pharmaceuticals, and understanding genetic mechanisms. Their genetic manipulation has enabled breakthroughs in cancer research, immunology, ...

  In the world of blood and cell banking, the preservation and transport of biological materials are not just important—they are critical. Whether it’s the long-term storage of cord blood for stem cell therapies, the secure transport of bone marrow for transplant purposes, or the preservation of blood products for emergency medical use, maintaining the integrity of these specimens is of paramount importance. Cryolab is proud to provide industry-leading cryogenic storage and transport solutions designed specifically for blood and cell banks: the CryoNest® Series of LN₂ storage tanks and the CryoStork® Series of dry shippers. Cryolab’s cryogenic solutions are trusted by professionals around the world, from medical practitioners storing stem cells to researchers transporting blood products. Our products are engineered to ensure that critical biological materials remain viable and intact under the most demanding conditions, both during storage and transit. CryoNest® Series: Essen...

  Introduction Accurate sperm analysis is crucial for fertility research, assisted reproductive treatments, and diagnostic laboratories. The SpermTrack Counting Chamber offers a reusable, cost-effective, and high-precision solution for cell counting and sperm assessment. With its varied configurations and customisable features, it is an excellent choice for laboratories looking to improve efficiency while reducing waste. Why Choose SpermTrack? Sustainable and Cost-Effective Traditional disposable counting chambers contribute to plastic waste and recurring costs. SpermTrack’s reusable design provides an eco-friendly alternative, significantly reducing laboratory expenses over time. This sustainability makes it a responsible choice for modern laboratories. High-Precision Sperm Counting The SpermTrack Counting Chamber is designed for accurate and reproducible results, ensuring that each sperm sample is measured with precision. This helps fertility specialists and researchers obtain re...

  In the world of assisted reproductive technology (ART), the reliable storage of biological samples is critical to successful IVF treatments. Cryolab offers state-of-the-art Liquid Nitrogen Storage Tanks designed to meet the rigorous demands of IVF laboratories, ensuring the safe and long-term cryopreservation of gametes and embryos. Importance of LN2 Storage Vessels in IVF The ability to maintain stable, ultra-low temperatures is essential in IVF. LN2 Tanks are specifically engineered to store eggs, sperm, and embryos at -196°C, preventing cellular degradation and preserving their viability for future use. Cryolab provides a range of Cryogenic Storage Tanks, including LN2 Dewars, Cryo Freezers, and Dry Shippers (portable LN2 tanks for transport), to safeguard valuable biological samples. Key Functions of LN2 Storage Vessels Long-term cryopreservation is crucial for maintaining gametes and embryos at subzero temperatures, ensuring their integrity over extended periods. Efficient s...

Bovine embryo transfer has transformed cattle breeding, providing farmers and researchers with a powerful tool to enhance genetic quality and herd productivity. The process involves fertilising an egg outside the animal’s body, followed by cryopreservation and implantation into a surrogate mother. However, successful embryo development and storage require precision, high-quality materials, and optimal laboratory conditions. This is where Cryolab’s advanced IVF products play a crucial role. The Importance of Bovine Embryo Cryopreservation Cryopreservation enables the long-term storage of high-quality bovine embryos, ensuring their viability for future use. This technique is widely used in cattle breeding programmes to maintain superior genetics and improve herd reproduction efficiency. However, the success of this process depends on the quality of cryopreservation media, storage containers, and handling protocols. How Cryolab Products Support Bovine Embryo Cryopreservation Cryolab provi...