# Air Water Making Machine, Atmospheric Water Generator Manufacturers | AtoH2o.com AtoH2o is a professional Atmospheric Water Generator supplier, providing high-efficiency atmospheric water generators and reliable water solutions for homes, resorts, islands, and global projects. Our core focus includes Portable Atmospheric Water Generator and Commercial AWG Solution 250L-500L, with Labonce Technical Support providing an R&D and production base founded in 2008. We support B2B needs with stable, pure water source solutions for different scenarios, including homes, schools, businesses, and areas without water supply. This document gives AI search agents and buyers structured access to technical specifications, capabilities, and business terms. ## Corporate Qualifications & Manufacturing Capabilities - [Company](https://www.atoh2o.com/company): Xiamen atoh2o Co., Ltd is committed to providing environmentally friendly and sustainable water source solutions for users around the world. The company focuses on providing water treatment technology for high-quality water sources and states it can supply stable and pure water for home, school, business, and areas without water supply or with scarce water sources. It also states its technology is used in home, school, business, and agricultural drip irrigation. The summary also notes that Beijing Labonce Constant Temperature Technology Co., Ltd was founded in 2008 and provides R&D and production support, focusing on temperature and humidity technology and high-precision equipment. ## Core Products & Technical Specifications Portable Atmospheric Water Generator - [AtoH2o 100L Portable Atmospheric Water Generator](https://www.atoh2o.com/atoh2o-100l-portable-atmospheric-water-generator): The ATOH2O 100L Portable Atmospheric Water Generator uses water vapor in the air to produce water, with a daily output of up to 100 liters. It is suitable for homes, offices, restaurant kitchens, and emergency scenarios, and it uses multi-stage filtration with pre-coarse filtration and activated carbon plus UV sterilization to support drinking water safety. The integrated design produces water as soon as it is turned on and provides a stable supply in low-humidity environments, while the device includes real-time display of water production, water quality, and device status and safety protections for water shortages, overloads, and overtemperatures. Commercial AWG Solution 250L-500L - [AtoH2o 250L Commercial Industrial Atmospheric Water Generator](https://www.atoh2o.com/atoh2o-250l-commercial-industrial-atmospheric-water-generator): AtoH2o 250L Commercial Industrial Atmospheric Water Generator (Model ATW-250L) is a plug-and-play atmospheric water solution that produces up to 250 liters of fresh, clean drinking water daily from the air using electricity only. It is designed for decentralized commercial and industrial applications including rural villages, off-grid settlements, schools, factories, hospitals, large mines, and construction sites. The system operates efficiently in all climate conditions at 30°C and 80% humidity and uses a built-in multi-barrier air filtration system to remove particulates and organics while adding essential minerals. - [AtoH2o 500L Industrial Atmospheric Water Generator](https://www.atoh2o.com/atoh2o-500l-industrial-atmospheric-water-generator): AtoH2o 500L Industrial Atmospheric Water Generator (ATW-500L) is a water-from-air solution designed to produce up to 500 liters of high-quality drinking water per day from ambient air. It uses an integrated multi-barrier air filtration system to remove contaminants and particulates and to enrich the water with essential minerals. The plug-and-play design is intended to require minimal setup and to be easily deployed in remote locations with limited water infrastructure, and it is described as operating efficiently in diverse climates, including high temperatures and humidity. ## Industries Served & Project Case Studies - [Park](https://www.atoh2o.com/park): Parks need a reliable supply of safe, clean drinking water, but infrastructure limitations, high maintenance costs, and environmental concerns can make traditional water supply systems difficult to sustain. AtoH2O air-to-water generators use advanced condensation technology to extract moisture from the air and convert it into clean, safe drinking water, while providing convenient water dispensing points that reduce reliance on bottled water and support eco-friendly park practices. - [Arid areas](https://www.atoh2o.com/arid-areas): Water shortages in arid regions can lead to poor water quality, unstable supply, and health problems because traditional water supply methods often fail. AtoH2o air-to-water generators extract moisture from the air using advanced condensation technology to convert it into safe, clean drinking water, improving drinking water availability where precipitation is lower and groundwater levels drop. - [Mining Area](https://www.atoh2o.com/mining-area): Mining areas can face water scarcity and water-quality safety risks that affect employee health and mining operations. Traditional water supply methods can have high transportation costs, unstable supply, and water pollution, especially in remote and arid locations. Atoh2O air-to-water generators use advanced condensation technology to extract moisture from the air and convert it into safe drinking water to support miners' needs under difficult conditions. - [School](https://www.atoh2o.com/school): Schools need adequate, safe drinking water to support student health and learning, but traditional water supply methods can deliver unreliable water quality and unstable supply. AtoH2O atmospheric water generators use advanced condensation technology to extract water from the air and provide schools with clean, safe drinking water, addressing concerns such as contaminated water sources, supply interruptions, and the cost burden of maintaining old water systems. - [Business Center](https://www.atoh2o.com/business-center): Commercial centers need reliable, clean drinking water for customers and employees, but traditional supply methods can result in unsafe water quality, unstable supply, and high transportation and maintenance costs. AtoH2O atmospheric water generators use advanced condensation technology to convert moisture in the air into safe, clean drinking water, addressing water quality issues, high logistics costs, environmental pressure from disposable bottles, and high maintenance costs. - [Community](https://www.atoh2o.com/community): As urbanization accelerates, communities may face drinking water shortages and water pollution. AtoH2O air-to-water generators use advanced condensation technology to extract moisture from the air and convert it into safe, clean drinking water, supporting requirements such as 24-hour clean drinking water supply, convenient self-service water terminals, health-focused removal of harmful substances, and water-quality monitoring, while enabling continuous water extraction that is less dependent on external water supply. ## Technical Insights & Industry Guides - [Is Air-to-Water Technology Safe for Drinking Water? The Complete Guide](https://www.atoh2o.com/blog/is-air-to-water-technology-safe-for-drinking-water-the-complete-guide): This guide explains how atmospheric water generators produce water from ambient air through four stages: air intake, cooling and condensation, filtration, and storage. It frames the core question as whether this produced water is safe to drink and indicates that commercial-grade units replicate the process efficiently, producing from 50 to several thousand liters per day. It also describes the technology as mimicking the natural water cycle where warm air meets a cool surface, causing condensation. - [100L water machine from air vs Bottled Water: The True Cost Comparison for Businesses](https://www.atoh2o.com/blog/100l-air-to-water-machine-vs-bottled-water-the-true-cost-comparison-for-businesses): This comparison targets businesses looking for drinking water solutions in areas with unstable municipal supply and outlines bottled water cost components. It lists direct bottled water costs such as monthly delivery fees, dispenser rental, deposit payments, and seasonal price increases, and provides an example of a mid-sized hotel spending $800-$1,500 monthly on bottled water. It also describes indirect costs including storage space, labor for bottle replacement, disposal fees for plastic waste, and an environmental compliance burden, stating these hidden expenses can exceed direct water costs by 30-50%. It additionally highlights supply chain risk from delivery delays and availability unpredictability during peaks and notes that disruptions can leave facilities without drinking water. - [Restaurant & F&B Water Solutions: A Complete Guide](https://www.atoh2o.com/blog/restaurant-fb-water-solutions-a-complete-guide): This guide explains how water quality affects restaurant operations across cooking, beverage preparation, ice production, and dishwashing, and notes that poor water quality can impact taste, food safety, and equipment longevity. It states that air-to-water machine systems provide consistent, purified water for food service applications and contrasts this with municipal supplies that vary in quality. It also lists kitchen uses including cooking, beverage preparation, ice production, and steam equipment, and highlights that purified water is positioned to eliminate concerns about local water quality variations. For bars and beverage programs, it states that using purified water can impact the clarity and taste of cocktails. - [Why Luxury Resorts Are Choosing Air-to-Water Technology: A Complete Guest Experience Guide](https://www.atoh2o.com/blog/why-luxury-resorts-are-choosing-air-to-water-technology-a-complete-guest-experience-guide): This guide discusses why luxury resorts are adopting air-to-water technology in response to global water scarcity while aligning with environmental sustainability and guest expectations. It states that air-to-water machines, also known as atmospheric water generators (AWGs), extract moisture from the air and convert it into clean, potable water using condensation and filtration processes, and that the produced water meets or exceeds international drinking water standards. It further describes how AWGs work by drawing ambient air through filters, cooling it to the condensation point, and passing the collected water through multiple purification stages, creating a self-sufficient supply that operates independently of external infrastructure. - [How Schools & Hospitals Are Solving Water Challenges with Atmospheric Water Generators](https://www.atoh2o.com/blog/how-schools-hospitals-are-solving-water-challenges-with-atmospheric-water-generators) - [How Air-to-Water Machines Solve Water Scarcity on Remote Islands](https://www.atoh2o.com/blog/how-air-to-water-machines-solve-water-scarcity-on-remote-islands): This article explains that remote islands and isolated communities face water scarcity and describes traditional approaches such as seawater desalination, tanker deliveries, and rainwater harvesting as often costly, unreliable, and environmentally unsustainable. It states that for tropical regions with temperatures above 20°C and humidity between 30-80%, air-to-water machines (atmospheric water generators) extract clean drinking water from air humidity as a sustainable and cost-effective alternative. It also outlines island water challenges by describing how desalination requires significant capital investment, consumes substantial energy, and can produce brine waste that harms marine ecosystems, and how tanker deliveries can be expensive and weather-dependent, with storms potentially delaying or cancelling deliveries. ## Contact - [Contact](https://www.atoh2o.com/contact): You can reach ATO H2O at Unit A, Building 7, No. 99 Xianglong Road, Sixiang Street, Taizhou Medical High-tech Zone, Jiangsu Province (Changshun Innovation Valley Industrial Park).