SteriPod Prototype CAD & Photorealistic render

We are looking for a new way to measure kitchen ingredients. Particularly, we are looking for a new way to measure Flour/Sugar. Right now, we are open to ideas. We want to see what you come up with. Some features we are looking for: - Plastic vase that can fit 1 kg - A lid designed so it can be used to measure specific amounts with ease. - Looking for maybe a button, or release mechanism that allows the flour/sugar to dispense itself with ease. - The measurements have to be specific, 50g, 100g, etc. So the final design should incorporate a a 1 kg volume holding plastic vase, that has a new innovative way of dispensing precise amounts* with ease. *Amounts=measurements e.g. 50g, 1 cup, 2 oz

long handle 15" inches long with a part accross the top that will hold a sponge. "REFER to attached pictures" Not sure about the width across the top i am hoping the designer help with that. I am not a company I need this CAD to get a prototype made. The part will sort of look like a bathing utensil ,so it can be made flat or round at the handle. It can be thin or it can be thick but still able for a person as small as kid to hold.

Using a Polyurethane Bag with a Polyethylene lining, Fluid channels are welded into bag, PVC misting nozzle and a Fluid connection point is welded to the bag, a mount device Bracket with a grommet hole is welded to the top of bag this also gives the bag its stability. Device mounts on wall with a suction cup. The fluid device is about the size of a standard aerosol sunscreen mister and made of PVC. Design to hold 6 ounces of fluid. The pump is located at the bottom of device and locks into place after pumping. The top of the device has a trigger and dispenses the fluid. A quick release connection allows you to hook to the wall mounted misting device or hook a single mister to device in order to spray the rest of your body. It's an all in on sunscreen applying device. All elements are necessary. You could use more or less nozzles on bag depending on diameter each nozzle can cover. >>Mist from bag Needs to cover at least 18inch x20inch area equally. >>Liquid must flow or be suctioned back into dispenser after use!! >>Make small as functionally possible >>Design small carrying bag for device. How The it Works: The misting device is placed on a wall at chest level, a suction cup holds device to the wall. The Fluid device is filled to 3/4 then closed. Connect the PVC fluid line with the quick release connections to the pump device then the misting device. Pump the fluid device manually until pressure is built up in device. Person steps 1-2 feet from the wall with back towards device. Person closes eyes and pushes release trigger on fluid delivery device for 3 seconds. Person then turns around and repeats steps.

I am looking for someone who can design a cartridge to attach to the bottom of our existing inhaler. The design must be re-moveable, and have small vents at the bottom and the top of the cartridge so that air flow can move freely when inhaling into the device. Furthermore, since there will be contents placed inside the cartridge, the designer may want to design a top and bottom part of the cartridge so contents can be placed inside and sealed. NOTE: Designer must also design the main structure of the design along with the cartridge. See the attached images.

We have created a game changing new version of the guitar capo. Our patent pending design eliminates the short comings of all modern capo designs. We have created what we call a "reverse nut" that keeps strings from binding in the capo. When the strings are bent up to pitch, they will return to original pitch without getting stuck in the capo. What we need: 3D CAD product rendering for prototyping. Capo Definition: "Musicians commonly use a capo to raise the pitch of a fretted instrument so they can play in a different key using the same fingerings as playing open (i.e., without a capo). In effect, a capo uses a fret of an instrument to create a new nut at a higher note than the instrument's actual nut. There are capo designs, but most commercial capos consist of a rubber-covered bar that clamps to the instrument's neck in some way to hold down the strings. Capos come in different sizes and shapes for different instruments and fretboard curvatures. The most relevant mechanical factors that vary by type of capo are ease of use, size, degree of interference with the player's hands, and ability to hold down strings uniformly without affecting tuning. Musicians use capos on many stringed instruments: guitars, mandolins, mandolas, banjos, bouzoukis—virtually any instrument that has strings suspended over a fretted fingerboard. Capos exist for square-necked resonator guitars, some of which do not contact the neck, but clamp above and below the strings." Wikipedia