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| The Scanning
Electron Microscope (SEM) is being prepared for analysis of a new
product, wherein the surface condition of an area critical to part
performance will be evaluated. |
| The IntriPlex DFM process
could more properly be called "Design for Business". The
IntriPlex team has a deep understanding and proficiency in partnering
with customers to provide manufacturing approaches that exceed overall
business goals including quality, efficiency, speed to ramp, and cost
reduction. |
| IntriPlex designs and
manufactures components that provide value to all links of the manufacturing
chain. From conception and prototyping through product EOL, components
designed for manufacturability have a profound impact on all stages
of a product lifecycle. |
| DFM benefits include: |
| Philosophically and practically,
IntriPlex uses the following high level DFM principles: |
| Higher numbers of components
translates into higher fabrication, assembly and inventory costs.
With fewer components, overall costs drop along with lead-times. IntriPlex
collaborates with our customer's to streamline production by reducing
the number of required components via innovative product and process
design. Fewer components produced with tighter tolerances produces
higher quality products. |
| IntriPlex designs components
along with their manufacturing processes concurrently. Production
efficiencies are built in at the design and prototyping stages. |
| Advanced scientific processes
and metrologies, superior manufacturing capabilities, and state-of-the
art equipment allow IntriPlex to produce components at remarkably
tight tolerances which boosts performance and quality. We have seen
the demand for increasingly tighter tolerances increase at an astounding
rate over the last 20 years. As electromechanical devices become faster,
smaller, and more cost driven, more extreme demands are placed on
component manufacturers. In fact the same components of the past are
used today with one important distinction - increased requirements
for higher tolerances by a factor of more than 10. |
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