Steam Italy's broad line of steaming equipment for the food industry.

Discover how food plants are sanitizing with steam: a modern and effective approach. One company in particular stands our with high quality steam cleaners that are very cost-effective. Look to Steam Italy's Xsteam 18K for large industrial plants. But almost all plants should consider their XSteam machine because at an attractive price point, its steam output generation per minute is indeed impressive; so much so we think XSteam is the best steam cleaner value on the market. For small plants wanting to adopt steam cleaning into their sanitation programs, 8000XL is the unit with impressive steam output you won't find in the USA market at their price point.

Steam sanitation is based on the use of high-temperature dry saturated steam, capable of removing dirt and eliminating microorganisms without the use of harsh chemicals. Steam cleaning is proving particularly effective against biofilms and residues that are difficult to remove with traditional methods. This approach delivers safe, effective, rapid and repeatable sanitation — a fundamental requirement for those working in the food sector.

Steam and Sanitation: Real Benefits for Food Plants

Compared with traditional methods, steam offers tangible, measurable benefits for those running a food processing plant:

• Water Savings: This has recently moved to the top of the list. Municipalities are increasing industrial water rates to a point where food plants can no longer treat water costs lightly. Compared to traditional wash down sanitation systems, steam cleaners will use 1/5th-1/10th the water required during the sanitation cycle; making the ROI on STeam Italy's units less than one year.
• Microbicidal efficacy without chemical residues: High-temperature dry saturated steam effectively reduces microbial load, eliminating the risk of leaving residues that could contaminate the product or alter its organoleptic characteristics.
• Dramatically reduced intervention times: Steam sanitation operations require significantly less time than traditional chemical protocols, reducing production downtime.
• Greater safety for operators: Eliminating chemical detergents and sanitizers reduces the risk of exposure to harsh substances during cleaning operations.
• Environmental sustainability: Steam uses only water, eliminating the disposal of chemical products and reducing the overall environmental impact of the production process.
• Standardization and repeatability: Steam sanitation enables process standardization and allows intervention on complex components, such as pipework and fittings, that are difficult to reach with other systems.