At under 0.16% NCMR, our quality is proven top notch. Because of our strict adherence to your spec, you can rest assured that your product will be free from time consuming reworks.
Our prototyping process involves highly detailed percentage based tolerance checks. This gives you a clear indication of how close each piece and part falls within your manufacturing spec.
Our proactive approach defines success by how closely we match the specification provided to us, and our focus on manufacturability.
Over 1-2 meetings, we will complete our understanding of your design goals. This will include information such as BOM, battery & PCB requirements, material finishes, and others.
We will study your designs and begin providing engineering design suggestions to improve manufacturability. This can take 2-3 weeks, maybe longer for more complex products.
At times, sub-assembly can be much more cost effective saving both assembly time and shipping costs. This process can be as simple as applying specified labeling to near complete mechanical assembly processes.
This begins the engineering prototyping & design review process. The time this requires can be more accurately estimated after completing the DFM feedback.
Once prototypes are approved, and design files locked, AMS provides a final design file which includes material color, surface finish, tolerance, assembly requirements, etc. This file can be used to kick off tooling for mass production.
Most commonly performed at the final step of manufacturing, functional testing ensures that product specifications are met and the mechanics of the product are performing as desired.
Poor quality costs a lot, but do you know the full extent to those costs? In this whitepaper we detail ways in which the hidden costs of quality can permeate and hamstring companies.
