All news about Consarctic and Life Science Cryogenics

Regular maintenance extends the service life of your cryogenic equipment and prevents unplanned downtime. That’s why ...

Vacuum-insulated pipes transport liquid nitrogen over hundreds of meters with minimal loss. This is how this key technology works.

Planning, IQ/OQ commissioning and 24/7 support: find out how Consarctic turns complex cryogenic projects into turnkey successes.

Cryopreservation has long been a cornerstone of conservation...

Cryobanks face a constant challenge...

We would like to thank everyone who ...

For couples struggling with infertility, cryopreservation has proven to be a groundbreaking....

The cryogenic cold chain plays a decisive role in the...

Cryogenics plays a decisive role, as it can be used to control the variability ...

Stem cell transplants save lives - but only if the cold chain is unbroken. From collection to infusion at the patient's bedside.

A single rise in temperature can destroy samples. Find out how modern monitoring protects your cryopreserved stocks around the clock.

Stem cells are the building blocks of regenerative medicine. Find out why precise cryopreservation makes the difference between success and failure.

Unleash superior cell viability with Consarctic's innovative cryogenic freezers that ...

Cryopreservation techniques such as slow freezing and vitrification have...

Liquid nitrogen causes severe cold burns in fractions of a second. Find out which protective equipment is mandatory in every cryogenic laboratory.

From skin grafts to entire organs: find out how cryopreservation is revolutionizing regenerative medicine.

From collection to long-term storage: 5 proven strategies to ensure the long-term integrity of your cryopreserved samples.

Liquid nitrogen silently displaces oxygen. Find out why oxygen monitoring is vital in every cryogenic laboratory.

No compromises when transporting samples. Find out more about the ASR+ series and the benefits of integrated data loggers for your cold chain.

The biodiversity of our planet is endangered. Find out how ...

In a recent devastating incident at the Karolinska Institutet (KI) in ...

The microbiome is one of the hottest research areas in medicine. Cryopreservation preserves the sensitive bacterial communities for analysis.

The integration of cryotechnology and LIMS systems creates end-to-end digital workflows. This is how modern sample logistics work.

Power failure, tank leak, natural disaster - a well thought-out emergency plan protects your cryopreserved samples from the worst-case scenario.

Phase separators optimize the nitrogen supply and protect sensitive equipment. Find out how they work and where they are used.

Umbilical cord blood contains valuable stem cells. Find out how modern cryobanks safely store this resource for decades.

Save liquid nitrogen and operating costs thanks to the eccentric openings and ergonomic design of the Consarctic cryogenic tanks.

Cryogenic fuels, sample storage on the ISS and the vision of a Mars biobank - the link between cryogenics and space travel.

Cryopreservation plays a key role in veterinary medicine. From sperm banks for animal breeding to saving endangered species.

Forensic laboratories rely on cryopreservation to permanently preserve DNA and biological traces. A look behind the scenes.

Automation, AI, sustainability and new forms of therapy will drive cryotechnology in 2026. A look at the most important industry trends.

Every biological sample goes through a complex life cycle. Find out how each phase requires optimal cryotechnology.

Pharmaceutical research depends on reliable cryostorage. Discover how cryogenics supports the entire drug discovery process.

The success of IVF treatments depends largely on cryopreservation. Find out how Consarctic optimally equips IVF centers.

From shock freezing to cryomilling: How cryogenic processes are revolutionizing the food industry and what this means for cryogenics.

Cryoprotectants are the chemical shield of every cell during freezing. Understand the science behind DMSO, glycerin and newer alternatives.

An overview of current techniques and success rates...

Tumor banks are treasure troves of cancer research. Cryopreserved tissue samples enable breakthroughs in diagnostics and therapy.

Cryosurgery uses extreme cold for targeted tissue destruction. From skin lesions to liver tumors - this is how therapy with ice works.

What happens in a cell when it is frozen? An easy-to-understand introduction to the basics of cryobiology.

Setting up a cryobank in a clinic requires interdisciplinary planning. Here's how to proceed systematically - from space planning to IQ/OQ.

Multi-center clinical trials require an unbroken cold chain. This is how Consarctic ensures sample integrity across locations.

Installation qualification, functional qualification, performance qualification - what lies behind the three stages and why they are mandatory.

Good Manufacturing Practice is indispensable in cryopreservation. Find out which requirements apply to devices, processes and documentation.

Trust through certification. Find out why ISO 13485 and 9001 are the foundation for safe cryopreservation at Consarctic.

At Consarctic, we have always put our customers at the center of everything we do...

A case from 2016 marked a significant milestone in the preservation of fertility...

Gas phase and liquid phase offer different advantages in cryostorage. A fact-based comparison for your decision.

The choice of material determines the longevity, safety and cost of a cryogenic tank. A comparison of stainless steel and aluminum.

Rising energy costs also affect cryobanks. Find out how intelligent design and automation can reduce total cost of ownership.

Annual Congress of the European Association of Tissue and Cell Banking

Years ago, companies such as Apple and Facebook...

Not every dry shipper is suitable for every application. Capacity, holding time, air freight approval - what you need to look out for when making your choice.

Tamper-proof data is mandatory in regulated cryostorage. The ALCOA principles set the standard - here's how to implement them.

In the field of clinical trials, proper storage of samples is not just a matter of convenience - it is a critical component that ...

In the field of in vitro fertilization (IVF), careful monitoring of the liquid nitrogen content in cryostorage systems is of great importance.

CAR-T cells are revolutionizing cancer therapy. Find out what role cryopreservation plays in this process chain.

We are pleased to announce that Consarctic will be in attendance ...

We are very pleased to announce that ...

Cryoprotective agents (CPAs) are essential for the cryopreservation process, as they ...

Imagine a world in which organs are preserved for months ...

The life science industry is constantly evolving...

Advanced Therapy Medicinal Products place the highest demands on cryotechnology. What manufacturers and clinics need to know.

Programmable freezing curves, real-time monitoring and GMP-compliant documentation: this is how the BIOFREEZE software makes the difference.

Cryobanks are the Noah's Ark of the 21st century. Find out how cryopreservation secures genetic material of endangered species.

Manual filling vs. automatic LN2 supply: Which system saves more nitrogen and increases the safety of your cryobank?

Learn how Consarctic's TC-Active function neutralizes the heat of crystallization during cryopreservation and maximizes survival rates.

Discover the latest technologies and innovative approaches that are transforming the ...

Cryopreservation, a technique that enables the freezing and long-term preservation of biological samples, ...

The recent advances in vitrification-based techniques have...

Having a robust cryogenic system is crucial for successful cryopreservation...

CAR-T cell therapy is at the forefront of personalized medicine and offers...

Explore the fascinating world of cryopreservation in the field of life sciences!

How do you ensure that a cryobank works perfectly from day one?