Perfect Pod EZ-Scoop | 2-in-1 Coffee Scoop and similar items

Perfect Pod EZ-Scoop | 2-in-1 Coffee Scoop and Funnel for Single-Serve Refillable Capsules, 2 Tablespoon Portioned Coffee Scooper Perfect Pod ez-scoop for single-serve refillable capsules is perfect for filling reusable k-cups easily. Each scoop portion is 2 tablespoons-thee precise amount for a single-serve K-Cup refill. If you are filling a carafe-sized refill cup, then you will need 2 scoopful or the equivalent of 4 tablespoons to do the job. 1) scoop up the desired amount of Coffee2) close the funnel3) flip the spoon4) pouring into the refill cup left or right hand operation. Tamper on bottom of Coffee scoop enables compacting of the Coffee in the refill cup for better Coffee brewing. Features PERFECT TOOL FOR REUSABLE K-Cups: Fastest, cleanest most convenient way to fill reusable coffee pods. Our Patented EZ-scoop is the ideal solution for refilling your reusable capsules and filters. Just scoop, flip, and dispense for a perfect cup of coffee every time. EASY TO USE - Simply scoop, close, flip, and pour. EZ-Scoop's capacity scoops the perfect amount of grounds for a single-serve coffee pod, no measuring! The built-in funnel assures no grounds escape and prevents messy spills. VERSATILE: Works with all reusable single-serve coffee pod capsules. (refillable K-Cups). Universal Compatibility including Keurig, Breville, Cuisinart, FARBERWARE, Hamilton Beach, Mr. Coffee, Mueller Austria ultima, more! MULTI-PURPOSE: Not only is our EZ-scoop an excellent coffee scooper, but also convenient for use as a scoop for baby milk powder, tea leaves other herbs, protein/vitamin powder when making shakes, and other broad usages. OUR BRAND PROMISE: Backed by Perfect Pod, 100% customer satisfaction. Perfect Pod is the leader in Reusable Coffee Pods and Filters located and shipping from Southern California. USA SHIPPING estimates delivery times and we work to get your item to you as quickly as possible and within those times, but please know it may take slightly longer than the estimate.