Appealing to the single-serve 2-ounce energy shot market, New Shaker by Amerigo Labs offers a solution to keep liquid separated from powder until it is ready to be consumed. As well as being able to deliver a product that is more potent because it is fresher, the dual-chamber bottle design also helps to create a longer shelf life.
From the outside, the bottles look like the types used to contain aromatherapy oils. On the inside is where the real innovation happens, with a system that has a screwing motion push down on a plunger to release the separated powder into the liquid formula below.
As well as having applications in dispensing energy drink formulas properly, New Shaker also has the potential to help youth and the elderly who are unable to swallow large capsules.
Dual-Chamber Energy Bottles
Amerigo Labs' New Shaker Separates Powder and Liquid Until Opening
Trend Themes
1. Single-serve Energy Shots - Amerigo Labs' dual-chamber bottle design caters to the single-serve 2-ounce energy shot market, offering a solution to keep liquid separated from powder until consumption.
2. Longer Shelf Life - The innovative dual-chamber bottle design not only keeps the product fresher but also helps to extend its shelf life.
3. Dispensing Innovation - New Shaker's screwing motion push down on a plunger enables the release of separated powder into the liquid formula, presenting disruptive opportunities in dispensing energy drink formulas properly.
Industry Implications
1. Beverage Packaging - Amerigo Labs' dual-chamber energy bottles have the potential to revolutionize beverage packaging, particularly in the energy drink market.
2. Nutritional Supplements - The dual-chamber bottle design of New Shaker opens up innovative possibilities for the packaging and delivery of nutritional supplements, providing enhanced freshness and potency.
3. Healthcare - New Shaker's ability to help those who struggle with swallowing large capsules presents disruptive innovation opportunities in the healthcare industry, particularly for youth and elderly populations.