Looking for photorealistic 3D models

We are designing a silicone bracelet that will consist of 14 equal-sized, interconnected sections. 7 of the bracelet sections will hold a small amount of water from each of the world’s 7 seas. The other 7 sections will contain small amounts of soil from the world’s 7 continents. The idea is that wearing a bracelet that contains samples of water and soil from around the world will make people feel more globally connected. The 7 sections that contain soil should be a light shade of brown and the sections that contain water should be a light shade of blue. We are open to each designer’s initial suggestions for specific colors to use and will provide feedback after receiving the initial designs. However, we would like both the brown and blue sections of the bracelet to be opaque (i.e. - non-translucent). Additionally, we would like to see two versions of the bracelet in all initial submissions…one that has the 7 sections of water on one side and the 7 sections of soil on the other side of the bracelet. And in the other version we would like to see alternating sections of soil, water, soil, water, etc. We will eventually have different sizes of the bracelet but for the initial design we can use a “medium” inner-circumference size of 7.5” (19 cm). We are looking to have a 3D CAD rendering for prototyping. We welcome feedback and submissions from designers who can suggest approaches for producing a bracelet like this that will need to have small amounts of water and soil injected into the bracelet sections at some point during or after the initial manufacturing process.

This is a small desktop 2-way radio. Instead of having it on your hip, or a big bulky dispatch radio, this is the size of a portable radio in a desktop box.

Redesign helmet clip to be removable/ replaceable without the need for tools or adhesive. The current design, solid model provided, requires adhesive to secure the helmet clip to the devise base enclosure and seal for IP67, (water and dust seal). Looking for an Innovative design to incorporate removable Helmet Clips with the Base Enclosure. Wants: • Clips to be replicable by end-user. • Secure to standard hardhat with visor, attached image • Alternate mounting bracket option in place of the clips to be considered. For example; helmets without visors, armbands, end of poll mounting options. • DFM injection tooling. Manufacturable in a standard injection molding process. • Maintain IP 67 of the device enclosure. No openings in case that would allow water or dust to enter. • Innovative design to incorporate removable Helmet Clips with Base Enclosure.

The design requires a clean simple method with minimized parts and manufacturing costs. Product is low volume, 250 to 500 pieces per year. We are interested in minimizing capital tooling costs. Design challenge is to design a keyboard slide platform that sits at a 32.5 degree angle (see attached documents). Keyboard slide needs to easily lock in upward position when not in use, and needs to easily be released and slide downward when in use. The keyboard slide is on a cart platform, so when the cart is being moved around, if it gets bumped, we do not want the keyboard slide to dislodge and slip into the down position.

3 different components need to join together to form 1 piece. The combined assembly is a clamp on system, that clamps onto 36" diameter pipe, then when hydraulic pistons are activated the arms extend and lock out to approximately 45deg. I have attached schematics showing in 2d what I am after. Potential for significant future work for winning designer.