Cryotechnology laboratory for research & life sciences

Cryotechnology for reproductive medicine

Sample storage for universities and scientific institutes

The safe Storage of biological samples is a key requirement for reproducible research results. With cryotechnology solutions from Consarctic Do research laboratories receive a scalable, automated and highly secure LN₂ infrastructure — for maximum sample stability, efficiency and operational safety.
Stable temperatures down to -196°C
Automated LN₂ supply & monitoring
Scalable systems for growing research projects

1,500+ satisfied customers

Consarctic's Cryogenic Solutions for Research Laboratories

Consarctic stands for high-performance cryogenic technology specifically designed to meet the demands of modern research: precise, scalable, and validatable. Research institutions require reliable cryogenic technology that can adapt flexibly to different projects, sample types, and user structures.

We develop customized solutions for universities, research institutes, and life science laboratories—from planning through to qualified commissioning (IQ/OQ).

Maximum temperature stability for sensitive research samples down to -196 °C
Scalable LN₂ sample storage for growing research projects
Automated liquid nitrogen supply for uninterrupted laboratory operations
Maximum operational reliability & monitoring for multi-user laboratories

Cryopreservation in Research & Life Sciences | Requirements for modern laboratory cryotechnology

Cryopreservation is essential for the long-term protection of biological samples in research and life sciences. The precise interplay of freezing process, storage, LN₂ supply and continuous monitoring is crucial to permanently ensure sample quality and reproducibility.

Typical applications: cell lines, tissue samples, DNA & biomaterials

Cryotechnology is used in research laboratories for a variety of sensitive biological materials:

Cell cultures and stem cell lines
tissue samples
DNA and RNA samples
Biomaterials in research & development

Risks of manual LN₂ systems and benefits of automated cryogenics

Cryotechnology solutions for reproductive medicine: how Consarctic systems work

Manual LN₂ processes are prone to errors and involve both qualitative and safety-related risks:

temperature fluctuations
High personnel costs
security risks
Lack of transparency

Automated cryotechnology, on the other hand, offers:

Constant and controlled LN₂ supply
Reducing sources of human error
Real-time monitoring of all relevant parameters
Significantly higher operational safety

Consarctic combines all cryotechnology components into an integrated overall system that was developed specifically for the requirements of modern research laboratories. This results in efficient, secure and scalable processes in daily operations.

The systems cover the entire cryo infrastructure — from individual storage solutions to centrally controlled supply systems for entire laboratory areas.

Central LN₂ tanks to supply multiple systems
Vacuum-insulated cables for low-loss transport
Cryogenic containers & storage containers for different sample formats
Expandable system architecture for future requirements

Reliable cryogenic technology requires continuous monitoring of all critical parameters. Digital control systems ensure maximum transparency and control.

Real time temperature monitoring
Level control of all cryogenic containers
Pressure monitoring in the pipeline system
Intelligent alarm management with notification functions

Consarctic systems can be seamlessly integrated into existing laboratory environments and adapted to individual circumstances — without interfering with ongoing operations.

Integration into existing building technology (GLT)
Compatibility with existing laboratory structures
Flexible adjustment of spatial requirements

Through intelligent system design and optimized LN₂ usage, modern cryogenic solutions actively contribute to reducing operating costs and energy consumption. At the same time, they support sustainable research strategies. Optimized systems reduce LN₂ consumption and operating costs — for sustainable and economical laboratory processes.

Solutions at a glance

Cryotechnology solutions for research laboratories from Consarctic®

Consarctic offers a comprehensive portfolio for modern laboratory environments — from individual components to fully integrated cryosystems. All solutions are modular and can be expanded flexibly.

The product solutions cover all areas of cryotechnology infrastructure and are optimally coordinated.

LN₂ tanks and central supply systems
Cryogenic containers for various sample formats
Automated filling and control systems
Monitoring and alarm software
Vacuum-insulated transfer lines

Planning & implementation of cryotechnology in research laboratories

Well-thought-out planning is crucial for a stable, secure and scalable cryoinfrastructure in the long term. Consarctic supports all project phases — from analysis to commissioning.

Needs analysis and individual project planning

It starts with a detailed analysis of all requirements in order to develop a tailor-made and future-proof solution.

Sample types & volumes
Workflows & processes in the laboratory
Safety requirements and standards
Scalability for future projects
Installation, qualification & start-up (IQ/OQ)

Professional implementation ensures that all systems can be operated reliably and in accordance with standards.

Professional installation by specialists
Qualification of post-relevant standards (IQ/OQ)
Documented and validated start-up
Long-term support and system expansion

Even after project completion, your cryoinfrastructure remains flexible and future-proof and expandable.

Maintenance and technical service
System expansion with increasing requirements
Continuous technical support

FAQ

Frequently asked questions Laboratory Cryotechnology & LN₂ Sample Storage

How is the long-term stability of research samples ensured?

Stability is ensured by consistently low temperatures (down to —196 °C), automated LN₂ supply systems and redundant safety concepts. In addition, continuous monitoring of all critical parameters such as temperature, fill level and pressure ensures that deviations are identified and avoided at an early stage.

What are the safety requirements for cryogenics solutions in life science laboratories?

In addition to technical safety, organizational and regulatory requirements also play a central role. These include oxygen monitoring, pressure safety, alarm and emergency concepts, and standard-compliant installation. In addition, complete documentation of all processes and systems is essential for audits and quality management.

Why should LN₂ supply and cryostorage be planned from a single source?

Holistic planning prevents interface problems between individual components and ensures an optimally coordinated overall system. This increases efficiency, minimizes risks and significantly increases long-term operational safety — especially with complex laboratory structures.

How can a cryogenics infrastructure be scaled for future research projects?

Modern cryotechnology is based on modular system concepts that can be flexibly expanded. New cryogenic containers, additional supply units or extended monitoring solutions can be easily integrated without interrupting ongoing operations or endangering existing samples.

contact us

Are you interested in future-proof cryotechnology for research laboratories & LN₂ sample storage?

Whether you're building a new building, expanding or modernizing — Consarctic supports you in developing an efficient and safe cryoinfrastructure. Benefit from individual advice, well-founded planning and technical implementation from a single source.

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