How does cryogenic cleaning work?

The process uses dry ice pellets, which impact the surfaces to be treated with speed and precision. The combination of the mechanical effect, due to the impact, and the thermal effect, due to the low temperatures, allows dirt and contaminants to be removed even in the most difficult-to-reach areas.

This is done quickly and effectively, without causing damage to the treated surfaces. In addition, cryo-cleaning is particularly suitable for applications in sensitive environments, such as food, chemical and pharmaceutical industries, where it is essential to maintain high standards of hygiene and safety. Thanks to these features, the method ensures safe and thorough cleaning, minimising downtime and improving overall operational efficiency.

Benefits of cryopurification

Food Industry

In this sector, cryo-cleaning ensures deep sanitisation, which is essential for maintaining high standards of hygiene and safety. Low temperatures help fight pathogenic microorganisms such as Listeria and other bacteria, reducing the risk of contamination.

Specific applications

Cleaning of production and packaging lines.

Sanitisation of ovens, conveyors and critical equipment.

Treatment of machinery for processing fresh and packaged products.

Pharmaceutical Industry

Cryo-cleaning is ideal for removing residues from plant and machinery used in pharmaceutical production, as it leaves no traces of chemicals and preserves the integrity of delicate components.

This method is particularly effective for protecting electronic and measuring components, as well as chains that require cleaning and lubrication at regular intervals. Cryo-cleaning therefore guarantees safe and thorough cleaning, maintaining high standards of hygiene and safety without compromising the functionality of the machines.

Rubber and Plastics Industry (Thermoforming and Injection Moulding)

Cryo-cleaning is extremely effective for removing polymer residues and impurities from moulds and production lines. This method guarantees a high degree of cleanliness without causing abrasion or damage to the treated surfaces.

Due to its gentleness, it preserves the integrity of materials, making it ideal for applications where maintaining surface quality and precision is critical. In addition, cryo-cleaning helps improve operational efficiency, reducing downtime and ensuring that production lines run optimally.

Electrical Industry

Cryo-cleaning is a safe solution for cleaning electrical components, circuits, switches and other delicate elements. This method eliminates the risk of short circuits and leaves no wet residue, ensuring the safety and integrity of treated components.

Thanks to its characteristics, cryopolysing is ideal for applications where it is essential to maintain the functionality and precision of electrical devices. It also helps to extend the life of components, ensuring that they continue to operate reliably and without interruption.

Construction and Restoration of Cultural Heritage

In the cleaning of building surfaces and the restoration of historical assets, cryopolishing stands out as a gentle and sustainable technique.

This method makes it possible to treat ancient materials without causing deterioration, preserving the integrity and historical value of the surfaces.

Cryo-cleaning is therefore particularly suitable for applications where it is essential to maintain the original appearance and structure of materials while ensuring effective cleaning. Furthermore, its sustainability makes it an ideal choice for restoration projects that aim to respect the environment and preserve cultural heritage.

Mechanical and Nautical Industry

Cryo-cleaning is ideal for the maintenance and cleaning of machinery and equipment, allowing these operations to be performed without interrupting production.

This method ensures operational efficiency, keeping machinery in optimum condition and protecting the integrity of treated surfaces.

Thanks to its effectiveness, cryo-cleaning helps to reduce downtime and extend the life of equipment, ensuring that it continues to function reliably and without damage.