As Flexible Hybrid Electronics moves closer to becoming mainstream, increased manufacturing speed and higher yields will be a production requirement. From concept to a usable circuit requires a series of manufacturing stages each of which involve testing and verification before moving to the next stage. In each phase, equipment and processing should be routinely evaluated for possibility of improvement as new equipment, abilities, supplies and procedures are introduced. Using screen printing as an example, one of the methods to increase production speeds will be utilizing roll to roll screen printing equipment along with inline sintering. Roll to roll allows both faster printing speed and using a larger substrate so more circuits can be printed simultaneously. However, larger printing areas are more difficult to manage accurate placement of traces thereby risking lower yield. To achieve higher production while simultaneously increasing yield through accurate print placement, a feature called “gapless” screen printing can be utilized. In cases where very thin printed traces are required rather than screen printing, gravure offset may be the most suitable printing method. Conductive lines down to 5 microns or even less can be cleanly printed without requiring post print clean up, with very little deviation in print positioning across the substrate. Due to the nature of the process, production is fast with exceptionally low operational costs. Evaluating each stage of circuit production and testing may result in significant improvements in both productivity and yield.