Blog Information
- Posted By : Lora wu
- Posted On : Oct 30, 2021
- Comments : 1
- Views : 176
- Category : Technology
- Description : Many devices do not make it to the production lines because of their proclivity to move too quickly or too slowly, as well as their inability to adhere to a predetermined schedule or route
Overview
Many devices do not make it to the production lines because of their proclivity to move too quickly or too slowly, as well as their inability to adhere to a predetermined schedule or route.
Start following the road map that has been provided to you as soon as you have an idea or have a thought. In general, the sooner you begin following the road map, the more quickly you will be able to grasp the procedures and the shorter the time it will take to bring your device up to the level of an operating system will be. The following are the stages that take place during the development of a new embedded hardware device or component, as a rule of thumb.
Remember to keep the DFM (Design for Maneuverability) principle in mind when creating the enclosure design. Start by creating two separate designs: one for 3-D printing testing purposes, and another for use as a mold in the process of casting plastic. As a starting point for your research, it is recommended that you familiarize yourself with the DFM for IM (injection mold) specification.It is the process of creating a model that is intended to look like something else. It is also known as prototyping.
To print and use the final design files from the previous phase, send them to a 3-D printing facility and board house, as described in the previous section, so that they can be printed and used for some prototype testing in the real world, as previously described. In this case, testing is minimal, and the only thing that needs to be done is to ensure that the functionality is in proper operating condition. It is necessary to develop testing criteria during this phase in order to be successful in the subsequent stages of development:As an example, an Excel spreadsheet containing the results of a test you performed and whether or not the device passed could be sufficient documentation. This is where the requirements document you created earlier would be extremely useful in ensuring that you hit all of the required features on the first try.
It's being put through its paces right now!
Implement each feature and ensure that it meets the bare minimum requirements for its functionality by utilizing the Excel document and adding additional testing cases to it. Continue until all of the tests have been passed, at which point you should stop. Begin thinking about the types of testing that will be required on the production floors in the future while the device is being tested. Consider the methods by which these tests will be carried out. No matter how imperfect the document is, it should prompt you to think about how quality assurance testing would be carried out in production to ensure that product quality is maintained throughout the manufacturing process.
Testing and certification are carried out by the government.
Assuming the device falls into one of the regulated categories, it will most likely require inspection and certification from a government-approved organization, such as the Federal Communications Commission in the United States, prior to being issued a certificate of compliance by the federal government.
Model testing is performed on pre-production models before they are put into production.
After that, you'll have to go through another round of testing before you can start mass producing your product. In order to put the final end device that would be delivered to the customer through its paces, ABS Injection Molding must be tested. Ideally, you should be able to get as close to a final device as possible at this point, and you should consider manufacturing 100 of them to test with friends and family or investors before proceeding. During the course of a more condensed version of the procedure, you may notice something that you were unaware of during the earlier stages of the procedure.
The manufacturing process is currently in the process of being completed.
Congratulations on completing your task! Your efforts to date have resulted in the completion of the manufacturing stage. pause for a moment to acknowledge and appreciate what you have accomplishedThis is one of the most difficult stages to complete, and it is one of the most demanding. During this stage, you will be able to sit back and relax while your product is being manufactured. Working on your inventory storage and business plan (which, of course, you should have started during the requirements stage) is a good idea at this point.
