Valued
customers of C-r-o-s-s-l-i-n-k International,
Inc. (C-I) require the urgency of bringing
their applications to market with speed,
accuracy and technical integrity. In order
to accelerate the phases of a typical rubber
product design cycle, C-I offers complete
design support services using a variety
of Computer Aided Design software. Cross
functional involvements from Quality, Sales
and Manufacturing Engineering in the design
stages helps to ensure optimized design
for mixing, molding, and manufacturing.
Our standard design phase begins with an
application data sheet which identifies
the minimum and maximum operating loads
(radial, axial, torsional, and conical),
temperature criteria, oil, contaminations,
or fluids exposure. At this point, a material
can typically be estimated for first pass
design purposes. Next, a review of the
envelope or real estate to work with,
which will include part orientation, surrounding
components, and items to contend with.
This will normally provide or identify
a basic shape of the application. Now
its time to bring all this brainstorming
to some sort of form or shape via a product
rendering for drafting to work with some
basic dimensions. From here, a variety
of second step to confirm your start can
be taken: models, various analysis packages
(applying loads to confirm application
data info), prototype development, and
developmental or trial testing are also
in order.
This is normally referred to as a 'Black
Box' approach. More than often we do not
have the extent of information because
our customer does not know, and we have
to figure majority of this out together.
In this case, C-I will work with our customers
to conceptualize, design and development
a product based on some general knowledge
of the application and its environment.
C-I's primarily designs using parametric
solid modeling to define and tweak a parts
geometries. We house a variety of Computer
Aided Design seats that allow our designers
no longer have to approximate, as part
of the product definition process. Parametric
models allow for very fast design changes
without geometry recreation. This also
assists in the design preparation for
FEA or other application analysis programs.
|