Scaling up an electronics product to production is a difficult process with many perils and risks. To minimize these potential problems, we have compiled a list of some tips that will help prepare you for production.
Production is all about Supply Chain Management
- Electrical Components
- The Lead Time of parts can change depending on the quantity needed. A reel of 10,000 parts might only have a 4 week lead time, where a dozen or more of the same reel can have up to a 32 week lead time.
- Future production of parts could also become unavailable. If another consumer or industry that uses the same part buys up all the available future production of the part, the lead time will further increase. Manufacturers of parts will typically just push lead times out instead of creating more manufacturing volume. This was seen recently with ceramic capacitors.
- If you have unique parts that do not have any substitutes (for microcontrollers, specialized sensors, etc.) check on the Part Lifetime from the manufacturer of the part. Part Lifetime is the current status of the manufacturing of the part. Typically manufacturers will guarantee a set lifespan for manufacturing the part and will notify its customers when the part will be at end of life (EoL). Make sure the part you need will be available till the end of your product’s production lifespan.
- If a part has viable substitutions but is in a critical path of your circuit or product, it would be wise to build prototypes with that part substitute before you go to production. This will reduce the risk involved when switching to the part in the future.
- Enclosures and Non-Electrical Components
- Ensure your enclosure has been properly vetted through the prototyping phase and your enclosure vendor can supply your demand.
- Have a quality control procedure for your enclosures to ensure they will meet you and your customers’ standards.
- Know your Part and Product Specifications
- Specify manufacturer part numbers to reduce confusion
- Even simple parts like resistors need more information than ohm value and component package. The value tolerance, voltage rating, type of resistor construction, and temperature coefficient are very important in choosing the correct part.
- Fasteners also need detailed specifications but also require additional assembly care. Torque ratings on fasteners are important as well. This keeps the build between units identical and predictable.
- Tariffs change and shipping delays
- Tariffs and Import restrictions can change at a whim, which can impact the pricing and delivery of your components.
- Import Customs can also delay approving your components due to poor paperwork or increased volume due to holidays or busy times of the year.
Communication with your Contract Manufacturer is Paramount
Whenever possible, co-design your prototype and product with your contract manufacturer. This allows your product to easily scale in volume and reduce risks from creating a product that is hard to manufacture. Your CM can also help out with the DFM (Design for Manufacturing) of your product. Work with your CM to create an assembly process for your product. Creating your assembly instructions and documentation for your product is important for repeatable processes and will save time in the long-run.
Ensure your contract manufacturer knows your product’s timeline! The contract manufacturer can then plan and ramp up your product’s supply chain in a more predictable fashion. Also, the timeline can be vetted by the CM to make sure it is physically possible to achieve. You should avoid communicating delivery dates to your end users without first consulting with your contract manufacturer. Some important manufacturing dates include the following:
- Product Testing and Validation Dates for FCC, CE, UL testing.
- Product releases such as launching a Kickstarter, starting pre-orders, or promised shipping dates.
- Investor pressures and deadlines.
Communication should also be a two-way street. Finding a CM that is transparent with communication and the status of your product will increase the chance of success for your product.
Quality Control Procedures
What part of your product should be checked during production? Your CM will be able to help you decide. The number and frequency of quality control checks will be based on the quantity and complexity of your product. Having multiple quality control steps in the process can help reduce waste and improve efficiency. These include:
- Electrical testing of PCBs
- PCBA testing
- Post box build
- Full functional testing of the product
No manufacturing process is 100% fail proof. The quality control procedures should also have steps to take if a device fails under test. Failure modes should be documented and have a process for potential rework.
We hope these tips helped you determine the next steps in getting your designs ready for production? Have a comment or question? Drop us a line in the comments below.
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