Engineering

Benefits of cryoblasting for mechanical engineering:

✓ Safety and accuracy – dry ice does not damage even the most delicate parts, which is especially important in mechanical engineering, where the accuracy of each component is critical.
✓ Environmental friendliness – This cleaning method does not use chemicals or water, which minimizes the negative impact on the environment.
✓ Cost reduction – minimizing the use of chemicals and water significantly reduces the cost of cleaning and waste disposal.
✓ Time saving – dry ice technology does not require dismantling of equipment, which significantly reduces downtime of machines and maintains their continuous operation.
✓ Versatility – Cryoblasting is effective for removing various contaminants, such as grease, rust, old paint coatings, from various surfaces: metal, plastic, rubber elements, etc.

✓ Cleaning of parts and assemblies of mechanisms – dry ice effectively removes residues of oil, grease, dirt and other contaminants from mechanical parts, such as bearings, gearboxes, engines, without damaging them.
✓ Removing rust and paint – cryoblasting allows you to remove old coatings, rust and other complex contaminants from metal surfaces without damaging them or abrasive wear.
✓ Cleaning of tools and molds – dry ice can be used to effectively clean tools, casting molds and dies, ensuring their long service life.
✓ Machine repair and maintenance - the method allows you to safely and quickly clean mechanisms from contamination, reducing maintenance time and minimizing the risk of breakdowns.
✓ Cleaning complex structures - dry ice provides effective cleaning of hard-to-reach places in complex structures of machines and mechanisms, where traditional methods do not give such a result.