Personal Light DroneBlind

I would like to work with someone who can take my product images (high resolution JPEG images) and add/modify them to reflect a new version of our product. The deliverables will be high resolution JPEGs (modified versions of the ones that I submit for this project). Our product, "LIO," is a home audio product (see: www.vinnierossi.com). Currently, the aluminum top panel (top cover) is has no holes. We are developing a new vacuum tube preamplifer stage in LIO and there will be two vacuum tubes that plug into two sockets directly below the two holes added on the top panel. I need new renderings that show these tubes: - Front views - Angled views The vacuum tubes need to be show in correct proportion and must look as realistic as possible, even glowing (so it looks like this is still a product photo). The ideal candidate for this product will be well versed in: - Photoshop - Solidworks - AutoCAD - Any other software that can get the job done. I will supply the product photos and examples of what the vacuum tubes look like, and where they are to be located on the top panel. Once the rendering is completed for the front and angle view, then they can be used for all the different variations of the same product (with different front/side panel, top panel, and knob color). Thank you, Vinnie

An existing house is being renovated. We have 2D sketches which have been approved by local council. The pitched roof will be removed and replaced with a flat roof so that a roof terrace is created. This will have views of the ocean and entertaining equipment such as a BBQ and seating / lounge. The existing living area on Level 2 will be extended as shown on drawings and new internal stairs allowing access from Level 2 to the roof terrace. The kitchen, bathrooms, existing floors, lighting etc will all be replaced with new. A garage will be installed on Level 1 (ground floor entry). The house will effectively look totally different from the front with a new entrance, garage and new façade.

We want to redesign our UV LED mosquito trap, an outdoor product to be placed in tent, outdoor café, farms to reduce the damage by mosquito. It should be simple, solid, low priced, slim, good quality and fashionable- a mid-way between high-tech and disposable traps. We would like its housing to be partially transparent for the visibility of LED light. Also, we prefer the entry point for mosquito to be a maze design. Type: Mosquito trap Target Audience: All age groups Competitors: enclosed in attachments Design: Maze entry point, partially transparent body, UV LED light, PCB board, cotton stand to put cotton soaked in mosquito attractant liquid, 2AAA battery case Material: Plastic Any software is acceptable if STL format file can be provided Any further questions, please feel free to comment.

There is an attached image of a new product concept, which is essentially a wall-mounted sensor that shows a light ring indicator of red or green. The product is designed to cover a single-gang US electrical wall box, similar in size to a wall switch. Once wall-mounted, it stands off the wall about 10 mm, where the light ring can be visible from front or side. We want some industrial design options to look at that are different from our design.

Hi Cad Crowd! We're in need of adjusting one of the components of our product. We have an existing 3D model that we need adjusted. We are keeping the same top and bottom connection the same. The basic design is similar to a standard universal phone mount for a car. We want to use the same mechanism as shown in the pictures and then adjust it to our requirements. The system will be 3 major components. Part 1: Back piece that has top connection and bottom connection which won't be changed much except for the width. This area will be where the gears/spring/everything sits on. Part 2: This will be the two "wing walls" that extrude left and right that will be sat on the back plate area. Part 3: Will enclose this area and have a bottom stub where the phones sit. We play on adding some little foam on the front of part 3 and on the insides of the wing walls. We think that the gear mechanism can be reduced in size and that we can flip it so that they sit above the wing walls (and in the center of the system).