Sanitation machines are designed to ensure thorough hygiene in various types of indoor and outdoor environments. Their main function is to eliminate viruses, bacteria, fungi and other pathogens present on surfaces and in the air. These devices allow you to treat large areas in a short time, providing a level of cleanliness that can hardly be achieved by traditional manual methods.
However, these machines can also be used for small spraying and weeding operations with water-based colour or detergent solutions. Simply fill the tank with the desired liquid, but remember that these are not tools that can cover large areas, such as machines designed for such specific operations. Nevertheless, they will be perfectly suited to hobby-level work in greenhouses, orchards, vineyards and small-to-medium horticulture.
The areas in which these machines find most application include:
- Public places : Sanitizers and nebulizers are used in environments such as offices, shops, schools, gyms and healthcare facilities to evenly distribute disinfectant solutions on all surfaces.
- Domestic environments : In private homes, ozone generators allow the air to be sanitized in enclosed spaces such as kitchens, living rooms or bedrooms, making environments safer, especially in the presence of children or people with diseases.
- Outdoor areas: Garden sprayers are used to sanitize or distribute plant protection treatments in gardens, courtyards and public spaces, removing pathogens from exposed surfaces. These tools are useful in both professional and residential settings.
The sprayers can be used both in the professional field, for companies or public bodies, and in the domestic field, for those who need a more advanced level of cleaning in their home or garden.
Although there are differences between the various models, there are some main parts that common most devices:
- Tank for sanitising liquid: This component serves to contain the disinfectant liquid that will then be distributed. The tank may vary in capacity depending on the model and the intended use, with larger capacities for machines intended to deal with large surfaces or outdoor spaces.
- Spray nozzles: The nozzles are responsible for distributing the disinfectant liquid in the form of fine mist or aerosols. This allows uniform coverage of the treated surfaces, optimizing the amount of liquid used and increasing the effectiveness of the sanitation.
- Pressure pump: The pump generates the pressure required to push the liquid through the nozzles to allow atomization. In professional models, the pump can be more powerful, providing greater flow and coverage capacity.
- Feeding system: The sanitising machines can be powered by battery or electricity, depending on operational needs. Battery-powered machines offer greater mobility, while electric machines are better suited for intensive use and over large surfaces.
- Supporting structure: The external structure of the machines is usually made of strong materials such as steel or reinforced plastic to ensure robustness and durability. Many models are equipped with wheels or tracks for easy transportation, especially in open-air machines.
Sanitisers are instruments designed to disinfect rooms and objects using mainly the technology of atomisation technology This system, also known as misting, allows large areas to be covered quickly and efficiently, ensuring uniform and complete disinfection. Thanks to the misting technique, the disinfectant is distributed as pressurized microparticles, offering two main advantages:
- Do not leave residues on the surfaces: The atomised droplets are so small that they dry in seconds without leaving visible traces or haloes on the treated surfaces.
- Time saving: Nebulisation allows very large spaces to be treated in a short period of time, making the sanitisation process particularly fast and efficient.
Sanitation machines are particularly suitable for offices, waiting rooms, classrooms, gyms, shopping malls, public transport and any space shared by many people. The recommended chemical component for the use of these machines is hydrogen peroxide, which is completely non-toxic, non-corrosive and extremely effective against bacteria and viruses. Furthermore, the treatment with this peroxide does not generate volatile organic compounds, degrading by 99.99% in 20 minutes.
Operation of nebulizers to sanitize environments and surfaces follows the following steps:
- Loading the disinfectant fluid: For spray models, the disinfectant liquid is loaded into the tank. This may consist of products based on alcohol, chlorine or other disinfectants.
- Pressure generation: Once the machine is started, a pump generates the pressure required to push the liquid through the nozzles, which turns it into a fine mist. In ozone generators, the apparatus converts oxygen into ozone, which is used for the sanitization of air and surfaces.
- Nebulisation of the sanitiser: The liquid is released as microparticles through the spray nozzles, covering the surfaces evenly. This process is particularly effective for reaching difficult corners and uneven areas that would be difficult to treat manually.
- Dosing control: Some models allow you to adjust the amount of liquid dispensed, adapting to different types of treatment and surfaces to optimize the sanitation process.
- Ventilation and safety: In ozone generators, after treatment is completed, the environment must be ventilated to allow ozone to dissipate before the area is made accessible again.
Sanitisers offer numerous advantages over other traditional cleaning and disinfection methods, due to their efficiency and ability to cover large areas quickly Compared to other solutions, such as manual application of detergents or disinfectants, these devices offer a number of benefits that make them particularly suitable for both home and professional use:
- Uniform surface coverage: Nebulization or misting technology ensures even distribution of the microparticles of the disinfectant liquid, ensuring complete coverage even of hard-to-reach areas. This allows each corner to be treated effectively, reducing the possibility of leaving unsanitised areas.
- Time saving: Sanitisation machines allow large areas to be treated in a short time thanks to high-pressure atomisation. This reduces the time required for sanitation of large rooms, making them ideal for public or commercial facilities such as offices, gyms or schools.
- Residue reduction: Unlike traditional cleaning methods, spraying creates microscopic droplets that evaporate quickly without leaving residue on the surfaces. This is particularly beneficial in environments where the presence of chemical residues could be problematic, such as kitchens or laboratories.
- Air Sanitation: Machines equipped with ozone generators have the advantage of disinfecting not only surfaces, but also air. This is essential in indoor environments such as offices or homes where the risk of air contamination is high. Ozone gas, due to its oxidizing properties, eliminates bacteria, viruses and other airborne pathogens.
- Versatility of use: Sanitisation machines can be used for both domestic and professional purposes, offering solutions for environments of all sizes. From small flats to large public facilities, these devices are suitable for a wide range of applications.
Compared to traditional methods, such as the manual application of disinfectants or the use of aerosol sprays, sanitizers ensure a higher level of hygiene, optimizing time and minimizing human intervention. This makes them ideal for environments where rapid and continuous sanitation is needed, such as schools, hospitals and businesses. In addition, the use of advanced technologies, such as misting and ozone generators, amplifies their effectiveness, especially in places that are difficult to reach by traditional methods.
Types of sanitising machines
Within the category of sanitisers, we find two main types:
- Sanitising and spraying machines: Designed for fast, effective action on large surfaces.
- Garden disinfectant sprayers: Ideal for outdoor treatments in spaces such as gardens or courtyards.
Both devices use nebulization technology to distribute disinfectants or disinfectants uniformly, but are specifically designed to meet different operational needs.
Sanitising and spraying machines
Sanitising and spraying machines are devices designed to ensure quick and effective treatment of large indoor surfaces They use high-pressure atomisation technology that enables the sanitising liquid to be transformed into aerosol microparticles, distributing them evenly over all surfaces.
Here are the key features of these machines:
- Large tank: The tank can have varying capacities, ranging from domestic to professional models, with large capacity tanks suitable for dealing with large areas.
- Pressure pump: The internal pump generates a high pressure, pushing the disinfectant fluid through the spray nozzles, creating microscopic particles that reach even the most difficult places.
- Adjustable nozzle: The nozzles are designed to control the size and flow of the microparticles, ensuring proper product distribution and reducing waste.
- Electric or battery power: The models can be powered by an electric current, providing continuous operation, or by rechargeable batteries, providing greater mobility and flexibility during use.
One of the main advantages of atomisation technology is the rapid evaporation of disinfectant particles that leave no residue on surfaces. This aspect makes them ideal for environments such as offices, schools, gyms and healthcare facilities, where frequent and thorough sanitation is required. In addition, these machines can sanitize large environments in a fraction of the time required by traditional methods.
Garden Pest Control Sprayer
Garden disinfectant nebulizers are designed for sanitizing large outdoor areas such as gardens, courtyards and green areas. These devices not only make it possible to sanitize, but can also be used for the disinfestation of insects and pests such as mosquitoes and flies, thanks to the use of specific products.
Their main features include:
- Large capacity tank: The garden sprayers are equipped with extra-large tanks, suitable for treating large surfaces without the need for frequent refills.
- High-pressure pump: The pump allows the disinfectant or disinfectant liquid to be distributed in the form of a very fine mist, which spreads evenly over lawns, hedges and other external surfaces.
- High-flow nozzles: These nozzles ensure the atomisation of the liquid over long distances, covering large areas in a short time and with precision.
- Weather-resistant structure: Built to withstand outdoor conditions, garden sprayers are made from rugged, durable materials that can withstand rain, sun and wind.
- Transport systems: Many models are equipped with wheels or transport systems that make it easier to move them over rough terrain and allow prolonged use without fatigue.
These sprayers are particularly effective in treating gardens, public areas and green spaces They allow for rapid sanitization of exposed areas and the removal of pathogens from surfaces that would otherwise be difficult to treat. In addition, the ability to adjust the amount of product dispensed allows optimal use according to the size of the area to be treated.
Sanitiser Buying Guide
The choice of nebulizers to sanitize environments and surfaces depends on several factors, including the type of environment to be treated, the frequency of use and the specific sanitization needs. Below are some useful tips for purchasing sanitising machines according to operational needs and the contexts in which they are used:
- Agricultural and industrial contexts: On farms or in industrial plants, where large areas need to be treated, machines with large capacity tanks and high pressure pumps are recommended. In these environments, sanitation not only covers internal surfaces, but also machinery, equipment and areas exposed to contaminants. High-powered sanitising and spraying machines, capable of covering large areas quickly, are ideal for treating sheds, barns, greenhouses or agricultural equipment. The choice of an electrically powered model ensures long-term business continuity.
- Professional kitchens and Food spaces: In professional kitchens, such as restaurants, canteens or food laboratories, sanitation is essential to maintain the required hygiene standards. In this context, it is important to use machines with adjustable nozzles that allow precise atomization of the disinfectant liquid, avoiding chemical residues on the surfaces. More compact and manageable models are often preferable as they need to be able to deal quickly with smooth surfaces and sensitive equipment such as stainless steel worktops, refrigerators and ovens.
- Domestic environments and small spaces: For home use or in small spaces such as homes, flats or small businesses, portable and battery-powered sanitisers are preferred. These models offer the ability to move smoothly between rooms, sanitising surfaces and air quickly. They are ideal for those who want to maintain a high level of hygiene, especially in the presence of children or people with diseases that require clean and disinfected environments regularly.
- Gardens and outdoor spaces: Garden disinfectant sprayers are the best choice for those who need to sanitize large outdoor areas such as gardens, courtyards or terraces. Models with large tanks and high pressure pumps are ideal for treating large spaces in a short time, eliminating not only viruses and bacteria, but also insects and parasites. These machines are also widely used in domestic agricultural contexts or in accommodation facilities such as farmhouses.
The best brands of sanitising machines available on AgriEuro
Purchasing sanitation machines from reputable brands is critical to ensuring effectiveness and durability. The best brands in the sector are available on AgriEuro, each of which stands out for its high quality materials, reliable performance and technological innovation.
- Stocker: Stocker is a well-known brand for the production of quality tools for garden care and outdoor sanitation. Its machines are appreciated for their robustness and ease of use.
- Einhell: Einhell offers a wide range of sanitation solutions, with powerful and technologically advanced machines suitable for both domestic and professional use.
- Comet: Comet specialises in the production of high-pressure pumps and atomisers. Its sanitizers are recognized for their high efficiency and capacity to cover large areas.
- Lavor: Lavor is a leading brand in the cleaning and disinfection sector, with a wide range of products that guarantee excellent results in terms of hygiene and disinfection.
Why buy sanitising machines on AgriEuro?
Buying sanitising machines on AgriEuro offers numerous advantages. Thanks to its long experience in the field, AgriEuro is able to guarantee a complete and reliable service, from product selection to after-sales support. Here are some reasons why it is worth buying from AgriEuro:
- Fast, free shipping: All products are shipped directly from AgriEuro's logistics centres, ensuring fast delivery times throughout Italy, without additional shipping costs.
- Spare parts always available: AgriEuro offers a wide range of spare parts, always ready to be ordered. This ensures effective maintenance and a long service life of the machines purchased.
- Attentive and personalized after-sales support: AgriEuro offers a qualified customer service, ready to answer all questions and solve any problems, ensuring constant support even after purchase.
With AgriEuro you can count on a wide selection of sanitation machines from the best brands in the industry, with the certainty of a reliable service tailored to your needs.
Buy your sanitation machine now on AgriEuro and discover all the advantages it offers you!
Sanitation machines FAQs
1. How do I perform sanitation?
Sanitization is performed by applying specific products that eliminate or reduce the presence of harmful microorganisms such as viruses, bacteria and fungi from surfaces, environments or equipment. The process may be manual or automated and includes the use of machines such as sprayers, ozone generators or other equipment to distribute disinfectants over large areas.
2. What is the purpose of sanitation?
The purpose of sanitation is to reduce the microbial load present on surfaces and in the air to ensure a healthy and safe environment. This process is critical to preventing the spread of disease and infection, especially in high-risk environments such as hospitals, schools, food companies and public spaces. Unlike simple cleaning, sanitation not only removes visible dirt, but acts on viruses, bacteria and fungi, protecting people from potential contamination.
3. What are the 5 stages of sanitisation?
The five steps of sanitisation, especially in industrial or food environments, include:
- Preliminary cleaning: Removal of visible dirt and residues from surfaces.
- Application of detergent: A detergent is used to degrease and remove further contaminants.
- Rinsing: The surfaces are rinsed with water to remove traces of detergent.
- Sanitisation: Application of specific disinfectants to kill pathogenic microorganisms.
- Final drying: Surfaces are dried to prevent water or chemical residue.
4. What is the difference between hygienicsation and sanitisation?
- Hygienicsation : Refers to a level of cleanliness that reduces the amount of bacteria present on surfaces to a level considered safe according to public health standards. It focuses on removing visible dirt and a general reduction in bacteria, but does not aim to completely eliminate viruses or fungi.
- Sanitisation: It goes beyond hygienicsation, as it involves the use of specific disinfectants to eliminate or drastically reduce viruses, bacteria, fungi and other pathogenic microorganisms. Sanitisation is essential in contexts where deep and safe disinfection is required.
5. What is the difference between sanitising and sanitisation? What is the difference between cleaning and sanitising?
- Sanitising vs sanitisation: These terms are often used interchangeably, but may vary slightly by region or sector. Both indicate a disinfection process that reduces the number of harmful microorganisms on surfaces and environments to a safe level, using appropriate disinfectants and techniques. In the United States, "sanitization" is more common, while in Italy is more used "sanitising ".
- Cleaning vs Sanitation: Cleaning removes visible dirt, dust and debris from surfaces, but does not necessarily affect pathogenic microorganisms. Sanitation, on the other hand, focuses on the elimination of viruses, bacteria and fungi through the use of specific disinfectants, ensuring a deeper level of hygiene.
6. How is ozone sanitisation carried out?
Ozone sanitisation uses ozone (O₃), a gas with oxidising properties, to eliminate viruses, bacteria, moulds and odours from surfaces and air. The process is carried out by an ozone generator, which converts the oxygen in the air to ozone. The gas is distributed to the environment and acts as a powerful disinfectant.
Steps for ozone disinfection include:
- Environment preparation: The area must be closed off and cleared of people, animals and plants, as ozone at high concentrations can be toxic.
- Ozone generation: The ozone generator is activated and releases the gas that is diffused into the environment.
- Action time: Ozone must act for a period that varies according to the size of the environment and the level of contamination. The process usually lasts from 15 minutes to a few hours.
- Aeration: Once sanitation is complete, the environment must be ventilated to disperse the residual ozone before the area can be used again.
7. What is car sanitisation?
Car sanitisation is a process that aims to disinfect the car's cabin and air conditioning system, eliminating bacteria, viruses, moulds and bad odours. This process can be done manually by applying disinfectants to surfaces such as seats, steering wheel and dashboard, or by advanced technologies such as ozone disinfection.
Ozone cleaning is one of the most common techniques for car interiors, as it reaches less accessible areas such as air vents and ventilation. This type of sanitization is particularly useful for eliminating persistent odors, bacteria, viruses and allergens, ensuring a clean and healthy environment inside the vehicle.
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