Eliminating Common Areas of Inefficiency

While the processes associated with high volume, continuous demand products are relatively easy to optimize, mid-volume projects, especially those with variable demand, are more subject to inefficiency. Both outsourcing strategy and the challenges of accommodating a changing forecast can contribute to these hidden costs. This case study looks at ways a mid-volume medical box build at SigmaTron International’s Union City, CA facility has had processes optimized to eliminate common areas of inefficiency.

The project involves an electronic patient assistance device. SigmaTron builds the printed circuit board assemblies (PCBAs), assembles and tests final units; and provides warranty repair and upgrade services.

The key areas where inefficiency is minimized are:

• Overall outsourcing strategy
• Production scheduling
• Final assembly process design.

Read the full whitepaper here.