Consumer electronic product design

I am looking to have a round bottle opener designed for me. It will be 2" in diameter and made from titanium. They will be CNC machined. I am looking for a cool kind of funky design. They will be marketed to the custom knife and firearm collecting community. Think badass or just a little weird for the design. The design picked will have a saying and my logo on it but right now, I am looking for wild designs. The included CAD file is just a starting point. It doesn't have to be perfectly round. It can be odd shaped but keep to a certain level of roundness. I have attached a 2D CAD file to give you some idea to start with. Thank you.

Looking to create a back of mobile phone device holder/clip. Single and Double holder. The EpiPen is 6” long and about the width of a nickel.

We are looking to design a plastic hanger for kids. As you may see in the below link that whats out there on the market doesn't have any kids look to it. https://www.amazon.com/s?k=plastic+hangers+for+kids&crid=1Y790YW4OZA1Q&sprefix=plastic+hangers+f%2Caps%2C174&ref=nb_sb_ss_ts-doa-p_5_17 So we are looking to develop a kids hanger with the function like the hanger in the link below but should have a kid kick to it. https://www.amazon.com/dp/B088JGKW83

I would like to design a plastic/silicone mould that forms an ice ball once placed inside the freezer that is 3D printable. The ice mould needs to make a hollow ice ball. Design is variable, it can be a two piece mould that attaches two half spheres together or a single one. Creativity is key. No need for fancy renderings. Hollow ice balls can be seen in this link: http://www.molecularrecipes.com/molecular-mixology-class/cocktail-ice-sphere/ http://i.imgur.com/zKj5qlT.gifv https://www.youtube.com/watch?v=ex--O-cJcZA

Requirements: Develop a unique, custom-designed free-standing floor rack that holds 4 pairs of skis upright. Compatibility: The ski rack stand should be designed to hold skis of all sizes, including regular, wide (up to 145mm) and cross-country (as narrow as 40mm) models comfortably and securely. Design: Must have ventilation ports to allow skis to dry and for snow to melt. Must have drainage holes at the bottom to allow melted snow and water to drain out. Rack must stand on its own irrespective of how many skis are inserted (up to limit of 4). Material: Lightweight, durable, non-corroding material. Polycarbonate (PC) plastic is likely most suitable but we are open to others ideas. Packaging: Ski rack can be knockdown or fully assembled. Stability: Ski rack stand must be stable and prevent skis from moving or falling over. We are open to having removable extensions that add stability. Easy Assembly: The ski rack stand should be easy to assemble. Interconnectability: Each ski rack stand should be able to connect to another ski rack stand. This would allow ski chalets or stores to purchase multiple and have them all interconnected. Manufacturing Considerations: We would like to minimize the number of molds that are required. Design should consider the manufacturing process and how best to minimize mold and production costs as well as the potential for complications and defects. Additional Features: We are open to unique ideas for additional features for the rack stand. Options: If you have a good design but it works with a different number of skis such as 3, 5 or 6 we are potentially open to this. Existing Competitors (for reference purposes only we are require a unique design): Example 1 https://bit.ly/SkiStorageRack1 Example 2: https://bit.ly/SkiStorageRacks1Connected Example 3: https://bit.ly/SkiStorageRack2 For SkiStorageRack1 we made rough CAD drawings as attached. Note we are looking for a unique design, this is an example for reference purposes only. Format: CAD Files along with STL and STEP format. First place will continue working with us on the design including full design for mass production.