Why should you use our patented PowerDry System for your bottling, canning, and date coding applications?
The drying and blow-off process in packaging facilities that produce goods in bottles, cans, jars, or pouches is critical to product quality. Moisture or debris retained on surfaces will cause downstream issues, such as poor quality coding, damaged secondary packaging, and even increased potential for bacteria and mold growth. However, drying and blow-off can be energy intensive, particularly when compressed air is used.
Paxton Products prides itself on the design of its blowers and air delivery devices that reduce the energy consumption needed for drying and blow-off, thus reducing your energy costs. Our PowerDry System removes moisture and debris effectively from your cans, bottles, jars, or pouches, utilizing high velocity air, while also lowering energy costs by as much as 80% through a reduction in compressed air usage in your operations. By doing this, the System also eliminates the possibility of contamination from oils and scale by removing the need for compressed air. These major advantages allow for a return on investment that is often less than one year.
Benefits are not limited to energy efficiency and cost savings, however. The PowerDry System offers 270° drying which helps to ensure that your products are completely free from any moisture. By also offering adjustability for varying product sizes and conveyor speeds, the Paxton drying system adjusts to most bottling, canning, and date coding operations. The PowerDry System was specifically designed to be an affordable and quick-to-install alternative to many compressed air nozzles, pipe manifolds, jets, and other common devices.
Each Paxton PowerDry System comes backed with Paxton’s Best in Class, Three Year Warranty to assure trouble-free operation and increasing satisfaction with the quality and performance of our products. The advantages of Paxton’s PowerDry System are clear: not only can your energy costs be reduced, but your drying effectiveness can be greatly enhanced, while providing flexibility to adapt to a variety of product sizes.