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If the engineer or designer does not know the difference between a shaker part and a reshear part or when to use half-shears vs.

#Go mikogo com Pc#

One may need to make changes to PC board design, existing component inventories, etc., to get to the most meaningful costs cuts. One cannot typically make the necessary design changes to the enclosure because it would effect so many other things. Attempts to lower costs after a product is in production results in only half measures of what could have been achieved during initial design. Minimizing your reoccurring costs is always a primary goal at the onset of any new design. Our expertise combined with well planned product architecture results in enormous cost benefits. This kind of knowledge just isn’t taught at universities or written in books or even trade magazines.

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This background in precision sheet metal, injection molding, RIM, pressure forming and die casting gives us the shop floor “tribal knowledge” to design differently, cost effectively – we instinctively know how to get the most out of each machine and associated processes. Our roots are in manufacturing coupled with great strength in product design and development. Or, crossing between RAID and home entertainment might be a more obvious combination. For example, something that’s being done in medical electronics just might have value in consumer electronics. We routinely interject proven methods and technologies from different industries to bring about further differentiation. This is where NET Based makes another valuable contribution. Sometimes with good reason and sometimes for no obvious reason other then copying.

Many industries essentially design products the same way and competitors go down similar paths of design and manufacturing. It’s not uncommon to find engineers spending their entire carriers within one or two industries.

These factors are part of a well planned product definition, design process and schedule for your product and it’s enclosure.

Discuss your production logistics and methodologies.

Strategic product introduction, dates and shows.

Collaborative design resources for concurrent engineering.

Define areas for product differentiation beyond features and performance.

Determine enclosure materials and processes.

Consider initial production volumes, ramp-up and product life cycle.

Discuss your product’s features, performance, thermal requirements, regulatory compliance, etc., and their priorities.

When preparing to design and produce your next product we’ll recommend a path for concurrent engineering between electrical, mechanical and manufacturing to expedite the process. NET Based has both the experience and talent in both enclosure design and manufacturing to develop and produce your next custom electronic enclosure. Next comes product design architecture and engaging experienced and talented resources. Noteworthy electronic products begins with a well balanced design definition – electronic, mechanical, manufacturing, etc. Part quality and consistency become more repeatable. Over and over and over again! When engineers have to personally manufacturer what they’ve designed there is a fundamental shift in the way one designs. Most engineers never have to make, punch, bend, machine, etc., the parts they design.