Introducing fitPAK CELL, the first-patent pending product on the market to utilize Eco-Friendly, water soluble packaging with effervescence for high performance GREEN fitness that fits into standard water bottles
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Current nutritional supplement powders are packaged in large, bulky containers and pose a storage inconvenience to the consumer when taken on the go. Specifically, the portability of supplement powders is challenging to the consumer because it is easily spilled during transport and prior to consumption resulting in unneeded waste of costly supplements. Furthermore, vaguely defined dosage/serving sizes with the current powder scoops provide inaccurate quantities during supplement consumption. In addition, nutritional supplements in capsule form do not provide the more desired higher quantity dosage amounts.
fitPAK CELL supplements reduce environmental waste and increased landfill consumption which is a significant problem due to the use of large bulky plastic containers that require large amounts of material and energy to manufacture.



The disclosed invention provides a portable, easy to use, Eco-Friendly alternative to traditional powdered nutritional supplements (whey/soy/casein protein, creatine, glutamine etc.) packaged in large, bulky containers. The invention encompasses the combination of three distinct innovations:
The invention also provides an innovative, environmentally responsible approach to Eco-Friendly GREEN fitness with reduced packaging waste, landfill consumption and environmental impact. Utilizing a water soluble film for outer packaging, the product is 100% dissolvable and consumable. Once dropped into liquid, the packaging completed dissolves and is ready to drink. The pouches are also designed to easily fit into all standard water bottles for added convenience. This proprietary, one-of-a-kind product is first to enter the nutritional supplement market.



Current plastic containers used to package protein and supplement powders consume large amounts of energy to produce, and result in packaging that is not easily recycled which adds landfill waste