In an era that significantly promotes innovations and advancement of technology, we're looking at constant growth in the usage of PCBs. The lesser turnaround time of production has revolutionized the way R & D departments function. We are well aware of this change and hence we optimize our operations likewise, be it production, or delivery.
The quantum of production of PCBs is always fluctuating, on the basis of orders. Based on that, there are two different production standards- Full Spec Standard PCB Production & PCB Prototyping.
Both these processes work at their own pace and are preferred based on the end requirement. In the first stage, a design is created, and prepared on a board layout; then it is tested on a prototype level. The initial testing stages can be helpful in experimenting with the various designs from multiple aspects and then it can be converted into a sophisticated final product that is ready to use.
To conclude; getting rid of the errors and flaws before a prominent expense seems much more beneficial.
Let's circle back to why PCB Prototyping is recommended and why it is often preferred by designers and innovators.
What are the benefits of PCB Prototyping?
Prototyping has proven to be the best practice before you go ahead for full spec production as it gives more room for experimenting to develop the desired output.
Prototyping helps customers make advancements on existing designs.
When there are no conjectures involved, the timelines are exponentially cut down and there is a turn for the better when it comes to turn-around time.
Prototyping makes it easier for you to determine accuracy and performance and hence, there is a scope for significant improvement at every stage which helps an innovator make the best version of their end product.
Prototyping reduces redundant practices. The process of prototyping aids in multiple aspects like patent drawings, inventor's logbook, etc. which is instrumental in making the patent filing significantly easy.
A prototype is instrumental in helping you create a functioning beta product that can help you acquire funds for large-scale manufacturing.
Any advancement done to the initial design may have defects, flaws, inconsistencies, and challenges. All these can be minimized before a full-fledged production comes into action. With prototyping, comes a scope of making multiple iterations for the best possible results.
Post the prototyping phase comes the full spec production.
Prototyping in the early stages will always help you define your results better and it will also help determine the efficacy.
Designers can then move on to working on the design at scale, providing greater flexibility to refine and optimize the functionality of the product.
But, are there scenarios when you go for a full spec production before the prototype stage?
The answer is yes. There are a few situations and scenarios wherein it is recommended to do so; like:
- If there are multiple components involved and the project is composite
- If there is the involvement of innovation in design or functionality
- If the process of testing process is extensive
- If a visual representation of the physical design is required
If your development or innovation process includes any of the above situations, then it is recommended to go for full spec beforehand.
At PCB Power Market, we understand that designers and innovators face multiple situations day in and day out, hence, we adhere to their needs. We offer “No minimum buys” so you can order as per your requirement. We deliver across the USA with a turnaround time so less, there are no inconveniences you face.
Visit our website to know more. https://www.pcbpower.us/
This information was originally posted here: https://www.pcbpower.us/blog/how-is-pcb-prototyping-different-from-full-spec-production
