
Household appliance
manufacturers use Contex technology to speed and
improve their intense design cycles, getting better
products to market faster.
PROBLEM
The
design of household appliances requires not only
accurate 3D models to communicate design concepts to
internal and external customers, but a series of
functional test parts to assess critical performance
attributes early in the design cycle. Exposure to
elevated temperature, moisture, airflow and
vibration all combine to present demanding
environmental conditions that many early stage
concept models fail to withstand.
CONTEX PRINTERS IMPROVE:
Internal Communication: Contex 3D printers
enable design teams to efficiently iterate on
product concepts early in the design process,
enabling multiple renditions to be visualized and
critiqued by a variety of functional teams within an
organization.
Presentation Models: Contex parts can be
finished in a variety of ways to yield high quality
surfaces. Exact replicas of production models can be
used to solicit focus group feedback on proposed new
features. Half-scale models of products can be built
and transported to customer sites for evaluation,
frequently eliminating the need to ship actual
production units.
Functional Testing: Utilizing Contex's
range of infiltration resins, manufacturers achieve
application-specific functionality to gauge
performance criteria. Infiltrated parts can be
machined, drilled, and tapped. Additionally,
infiltrants can be used to significantly improve the
durability, humidity resistance and high temperature
properties of Contex parts during airflow, vibration
and other rigorous environmental tests.
FEA Analysis:
The ability to print parts in full colour enables
engineers to quickly understand the material
stresses on their designs. Contex parts can be
printed in over 2 million colours, highlighting
potential weak points well before parts reach
tooling development.