Plug & Lab laboratory container

Laboratory containers are transportable, modular units specifically designed for use as mobile laboratories; as such, they can help alleviate capacity bottlenecks and boost profitability, innovation and competitiveness. Manufactured from robust materials such as steel or aluminium, laboratory containers offer a flexible solution for a range of applications, from scientific research and environmental monitoring to medical testing and diagnostics. They can be quickly set up, transported and adapted to meet specific requirements.

There are various types of laboratory containers, which may have different features depending on specific requirements and areas of application. These different types of laboratory containers offer flexibility and adaptability for a wide range of applications, making it possible to provide laboratory facilities wherever they are needed, regardless of the availability of conventional laboratory spaces.

Standard laboratory containers: These provide basic laboratory facilities and are often modular in design to allow for rapid set-up and customisation.

Specialised laboratory containers: These are designed for specific applications or sectors, such as medical laboratories, environmental monitoring laboratories, or laboratories for research or educational purposes.

Laboratory containers for hire: These are often used for temporary laboratory facilities and can be equipped with various laboratory equipment as required.

The choice between hire and purchase options for laboratory containers depends on various factors, including the duration of the project, financial constraints, flexibility and long-term requirements. Rental containers are hired for a limited period. Once the rental contract expires, they are usually returned or moved to another location. Laboratory containers for purchase offer the possibility of long-term or permanent use at a fixed location. They can be adapted to specific requirements and used for long-term projects or research work.

Laboratory containers offer a number of advantages over conventional laboratory facilities:

Mobility: Laboratory containers are portable and can be set up at various locations, including places where conventional laboratories are not available.

Rapid deployment: Laboratory containers can be set up and put into operation quickly, enabling immediate availability of laboratory facilities without lengthy construction or fitting-out times.

Flexibility: Thanks to their modular design, laboratory containers can be adapted and expanded to meet specific requirements and applications. From scientific research and medical testing to environmental monitoring – laboratory containers provide flexible solutions for various industries and purposes.

Cost savings: The use of laboratory containers is generally more cost-effective than building a conventional laboratory. Laboratory containers can be a more economically efficient solution, particularly for temporary or short-term projects.

Environmental friendliness: As laboratory containers can often be manufactured from recyclable materials and have a modular design, they can represent a more environmentally friendly option than conventional laboratory facilities.

Various materials are generally used in the construction of laboratory containers, including steel, aluminium and high-quality insulation materials. These materials are characterised by a robust structure, good insulation and resistance to environmental factors.

Due to its robustness and structural integrity, steel provides a solid foundation for the construction of a laboratory container and ensures the necessary stability, particularly when the containers need to be transported.

Aluminium is also used due to its weight and corrosion resistance. Its properties make it an attractive option for the construction of laboratory containers, particularly where mobility and weather resistance are key considerations.

Furthermore, high-quality insulation materials are used to ensure effective temperature control within the laboratory containers. This protects sensitive equipment and samples from extreme temperatures and creates optimal working conditions.

Regular maintenance is essential to extend the service life of laboratory containers and to ensure the safety of staff. This maintenance should cover all mechanical, electrical and, where applicable, sanitary installations. Regular inspections enable problems to be identified and rectified at an early stage, as well as providing the opportunity to implement preventive measures.

Mechanical systems should be checked regularly for wear and tear and to ensure they are in good working order. Checking doors, windows, locks and other moving parts serves to ensure that they function properly and do not pose any safety risks.

Electrical systems should also be serviced on a regular basis. This includes checking the power supply, lighting and other electrical equipment in the laboratory container. Loose cables, damaged sockets or faulty switches should be repaired or replaced immediately to prevent short circuits or other electrical hazards.

In addition to basic mechanical, electrical and, where applicable, plumbing installations, safety equipment should also be checked regularly. Fire alarms, fire extinguishers and first-aid kits are included in this. These items should be inspected and, if necessary, serviced or replaced immediately to ensure they function properly in an emergency and can protect staff.