BUILT FROM THE GROUND UP WITH EXACTING AEROSPACE ENGINEERING INSPIRED STANDARDS TO MEET THE DEMANDS OF GROWERS LIKE US…
Unlike other hydroponics equipment manufacturers, Advanced Nutrients refused to simply buy existing ballasts from China… slap their logo on them… and call it a “new” product because:
They weren’t satisfied with the current ballast technology on the market, the obsolete designs, and the short-comings and problems they all displayed…
1. And they had listened for YEARS to growers and customers like us report back what they didn’t like about available ballasts and what they demanded for better results…
That’s why every ballast produced by Advanced Nutrients is designed from the ground up to meet the strict needs of growers of high value plants like us. In fact, every ballast goes through a exhaustive seven-step process before it’s ever introduced to the marketplace.
FIRST: A research team is assigned to compare and gather intelligence on all the current ballast technology on the market. Then, perhaps more importantly, the team gathers feedback from growers all over the world about what they like about the available technology… what they don’t like… what works and what doesn’t work… and what their suggestions are.
SECOND: Taking this data, Eli Weinkle (and his team) draws upon his background in Electronic Assembly for The Defense and Aerospace Industry to design exacting engineering specs to solve all these problems and meet the needs of growers of high value plants like ours. In addition, drawing on his background in aerospace engineering Eli specifies the exact processes and workmanship standards to be followed at the production factory when constructing these heavy-duty ballasts.
THIRD: The engineering specs, workmanship guidelines, and production processes are sent to the U.S. owned manufacturing facility to produce a proof of concept model of the new ballast. Here the exact blueprints provided by the research and development teams at Advanced Nutrients are followed to construct a brand new product from the ground up.
FOURTH: The proof of concept is then sent to an independent qualification lab in Los Angeles to ensure it fulfills all the guidelines in the original engineering specs. At this point, if even the slightest detail is not accurate, the team in L.A. sends word back to the factory to fix these issues. From here, once all the qualifications are fulfilled, then it’s ready to be handed off to a second lab.
FIFTH: To further ensure the accuracy to the original specs and functionality of the new ballast it arrives at a second independent testing lab in Southern California to undergo another exhaustive round of testing and meeting qualification standards. Again, if any problems are found at this point, word is sent back to the original manufacturing factory and the process starts over again. But once it passes then it’s ready for the final inspection…
SIXTH: There is one final test the proof of concept ballast has to pass before producing a pre-production sample—it has to perform flawlessly under the watchful eye of the original creator of the engineering specs—Eli Weinkle. It’s at this point his expert eye will either find every last error or give the thumbs up for a pre-production sample of the ballast to be produced back at the factory.
SEVENTH: Once the pre-production sample is produced at the factory it goes through all six steps again to ensure it still meets all the previous guidelines and is functioning correctly. Assuming the pre-production sample passes all these tests a second time, then the final green light for the production of the ballast is issued.
Once it’s in production, the ballast goes through a full 100% quality inspection at factory. Plus, as the units are delivered, Eli and his team pick out random units and do additional lot testing themselves to make sure no problems or damages have occurred in route from the factory.
| your account 
Updating...
