medical electronic pill design

micro-technology Ingestion disposable product. The pill goes through the patient's digestive system and onto the colon. There, it is taking care of the patient by using a non-ionizing radiation. Radiation is carried out in all directions through a careful designed optical diffusers. There isn't a too small product for us to develop.

A major challenge is to develop the optics. Much of our knowledge and experience are to perform trials that are preior to production. miniature optical parts, are to require an almost non-existent thickness and accurate planning of limiting the action of the radiation angle. Not too much and not too little. Working models for the product were made by an advanced three-dimensional printer from a high transparency material that simulates the optics.

Manufacturing drawings are critical for clear communication with the manufacturer. We follow the production process with product portfolio, including drawings, fronts, cross sections and measures to ensure that nothing exceeded Beyond the dimensions and we meet the requirements of production. Medical Micro product requires increased emphasis to tolerances between parts and precision in angles. The manufacturer must to meet the standards, so we carefully selecting the contractors to ensure production is done correctly

we will perform simulations to test the product in full size. There is some difficulty in designing a Micro Medical product. we cannot see the small details. Full-size computer simulation helps us to distinguish the product information. In explosion mode, we can see the system's complexity. You can see the design of the electric circuit cards, battery, sensors, LEDs and our ability to "squeeze" the components in the most economical way into the pill. Quntz industrial desighners are international experts in the development of medical products.

The product has arrived to the studio for a series of laboratory tests. You may notice the layout density of the many electronic components. The studio had some hard work to implement an effective configuration of the micronic components. There is no room for even the smallest component to be added. We plan medical products effectively and to the highest standard.

Focus on a miniature optical plastic injected with a high transparency component. A component of a variable-thin thickness, which its average thickness is about 0.95 mm. An examination of the production is done under a microscope. deviations are micronic and cannot be measured otherwise . You can see the internal ribs, keeping the internal components stable and intact.

The product is sent to a series of stringent laboratory tests. You may notice the density layout of the many electronic components. The studio had some hard work to implement an effective configuration of the moronic components. A "full" pill and empty pills are pictured together. you can distinguish internal reinforcement in the empty pills, designed to secure the internal components. medical design companies_medical device design firms israel

Micro medical product. prior to production, we will perform 3D simulations to test a full-size design. There is some difficulty in designing a micro-technological product in which we cannot notice the small details. A full-size computer simulation helps us to distinguish these details. Computer imaging will also help us to determine whether the led light in the product may interfere with the radiation. Quntz industrial designers areinternational experts in the development of medical products.

Micro medical product. prior to production, we will perform 3D simulations to test the full-size design. There is some difficulty in designing micro-technological product because we cannot distinguish the details without special lenses . A large computer simulation helps us to distinguish these details. Quntz - international experts in development of medical products.