Blogs

We are proud to design effective solutions for our clients. When we noticed facilities were using fans to circulate the air underneath their tables, we thought we could design something better. The Air Sniper underflow eliminates the need for multiple fans underneath tables while maintaining effective airflow. The compact design of the underflow makes it easy to clean and move

Air purification is often an area that is overlooked by growers until it becomes a problem. Maximum Yield provides an excellent overview of the various technology available for air purification solutions.

Time is money when it comes to maintenance. All Air Sniper equipment requires little maintenance that can be completed with ease. From the bulb changes to filter cleaning Air Sniper equipment causes minimal interruption when maintaining the equipment. Our unique dashboard system will also track and alert users when maintenance is required or has been completed. Just another reason to

We are proud to work closely with our clients to design a solution that fits their specific needs. We have partnered with a third-party financing company to provide our clients with more options to #saveyourgrow. Financing is available for larger orders at this time and is subject to approval by the financing company. Please contact us for further information!

We are pleased to announce that we have signed a deal with NexTech AR Solutions. The use of AR will assist in communicating to our customers how Air Sniper Equipment integrates into their facility. We see AR as an effective tool for our clients and their experience with Air Sniper equipment. Click the link below to read the full press

Intensity plays a role in the effective irradiation of airborne contaminants. Due to the size of certain microorganisms they require higher doses of UVC to become inert. The Inverse square law states that light is less effective the farther away from the source. We have designed all our products to maximize the intensity inside the unit by using multiple UVC

AIR is focused on providing innovative technology using only the highest-quality materials. UVC LED bulbs have potential to be a substitute for traditional mercury UVC bulbs however, they still have many drawbacks. LED bulbs lack the equivalent intensity of traditional mercury bulbs. This becomes an issue when using them to irradiate pathogens as intensity plays a critical role. Approximately 50

Dwell time plays a critical role in the effective irradiation of pathogens. Larger microorganisms require longer exposure to UVC for them to be successfully irradiated. If the Dwell time inside the equipment it too short, pathogens can remain active and cause potential contamination. Air Sniper equipment has been designed to generate proper dwell time using multiple UVGI chambers inside the

AIR introduces a new product! Meet the Front Access Inflow 10/20. The Front Access Inflow was designed for facilities that have a smaller HVAC units and limited space. The Front Access Inflow is composed of the same reflective material and UVC bulbs but on a smaller scale. The Front Access Inflow has one front panel where all the bulbs can

The FDA released a statement regarding the use of ozone as a germicide. The statement explains that ozone can be an effective germicide but requires a concentration that is unsafe for humans and animals. This statement by the FDA further emphasizes the harmful effects of the use of ozone inside a facility.