• US$150

• 27 designs

• 2 designers

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Brief de Design 3D

We are launching a new way to brew coffee (patent pending status). The BrewTower makes richer, smoother coffee - consider it the love child of a coffee press and a pour over. It is also more elegant to look at and easier to clean than most coffee brewing devices. We need to finalize the design now to share with our manufacturer. The BrewTower has just 4 stainless steel pieces, each with a mirror finish. See below for the description of how each of the 4 pieces needs to be. While the descriptions are detailed, this is essentially just the combination of a double-walled thermal-insulated stainless steel container with a coffee pour over brim attached to one end of it. And it looks elegant and simple like stainless steel cocktail bar tools.

1. A hollow stainless steel cylinder with screw-top openings at both ends. The height of the cylinder is 7.25" (including the portions dedicated to the threads, which use up 1" of height each). The outer diameter of the cylinder is 3". The inner diameter is 2.5". The 0.5" difference between the inner and outer diameter is explained by the fact that it uses double-walled stainless steel for improved thermal insulation.

2. A stainless steel "vacuum-release lid" that screws on to the cylinder. It has a silicon gasket to ensure a watertight seal where the two pieces of metal meet. It is flat so that the BrewTower can rest upright with the vacuum-release lid sitting on a countertop. Imagine that it looks exactly like the bottom of the attached image of the hollow cylinder when it is standing upright on a countertop. It has no sharp edges as the user holds tightly onto this piece to screw it on/off.

3. A stainless steel "pour lid" that screws on to the cylinder. Attached is an AI-generated image that is a close, but not exact, approximation of what is required. It has a "double female" shape so that it can screw into the hollow cylinder and also hold a circular coffee filter and receive the "brim," which screws into one side of the pour lid. There is a 2.5" "shelf" right in the middle of the pour lid with a 1.5" hole right in the middle of the shelf, just like in the AI image. A filter rests on the 2.5" shelf and is affixed between this "pour lid" and the "brim" (see "brim" description below) as the lid is screwed on.

4. The fourth piece is a "brim" with a 4 inch diameter (so that it can rest on top of a standard coffee mug). It has a thickness of about 0.75". It has no sharp edges as the user holds tightly onto this piece to screw it on/off. It serves the same purpose as the bottom of pour over coffee filters. However, in the middle of the brim are the threads that screw into the pour lid piece thereby holding the coffee filter in place that is resting on the shelf-with-hole in the middle of the pour lid. There is a 1.5" hole in the middle of the brim where it screws into the pour lid. This allows the coffee to quickly pour through the filter into a coffee mug when the BrewTower is inverted and the brim rested upon the top of a coffee mug.

The attached pictures are for inspiration only and to help clarify how the various pieces can look. The goal is a sleek, elegant stainless steel "tower" with a "brim" to help it rest on a coffee mug when it is inverted, a mirror finish, and without any unnecessary embellishments.

Finally, the deliverables are STP files for the manufacturer. We also need images of two configurations: one with the device screwed together and one "exploded" with the pieces floating in space before they are actually put together. Each of these two configurations requires a front, back, left, right, top, and bottom image. So 12 images total.

Marché(s) Cible(s)

Gourmet Coffee Lovers

Secteur / Type d'entité

Coffee Makers

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Aspect

Chaque curseur illustre les caractéristiques de la marque client et le style que doit transmettre votre design de logo.

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Exigences

Doit avoir

• STP CAD files as the final deliverable

Bien d'avoir

• Elegance, simplicity

Ne doit pas comporter

• Embellishments that would complicate manufacturing

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Fichiers

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