August 2008
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I
have always avoided the term "inventor" just
to keep an arms distance from the nutcase
label. When someone asks what I do, my short
version (not my "elevator" speech) is that I
am a new product developer. I create and
develop new products by finding and applying
new technology for big companies. Now I am
going to drag us all down into the mire a
bit and say that often, and at its best, NPD
is in fact an act of invention. Even when a
new product is simply an incremental
improvement, in many cases the improvement
warrants a patent. Does this sound
familiar folks? The truth is that I, like
many of you design engineers, am an
inventor.
The real question I want to explore, if
explore is what I do in 1,000 words or less,
is how we,
as new product developers, can figure out
how to become better inventors. But
first, perhaps we should distinguish an
inventor from a new product developer so we
at least get the motivation in the right
spot...
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Innovation Corner:Custom Designed
Motors
By Talbot Presley
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Each month, we will dedicate a
segment of this newsletter to a
featured area of expertise at
PCDworks.
At
PCDworks, we are always pushing the
limits of today's technology in
order to deliver truly breakthrough
products for our clients. In the
process, we're often asked to solve
seemingly "impossible" motor and
actuation needs - and that means
we're constantly on the lookout for
motors that are stronger, faster,
and more efficient than anything
currently on the market.
Well, you know the old adage - "if
you want something done right,
you've got to do it yourself," and
that's just what we did: In 2006,
PCDworks opened a motor design and
fabrication laboratory which, over
the last 2 years, has grown to
include extensive analytical,
modeling, and construction
capabilities, and has produced some
commercial motors with amazingly
high power density.
On
the design side, PCDworks has
partnered with a developer of a
motor architecture of extremely high
power density (better than most on
the market), to create custom motors
built upon their architecture. From
this architecture, we built
proprietary motor design "templates"
which help us create custom motor
designs that are optimal for our
clients' applications.
Additionally, we regularly build
analytical and 3-dimensional models
of the motors for our customers, and
optimize them through FEA and
multiphysics computations.
On
the construction side, we fabricate
custom stators, rotors, shafts,
housings, circuit boards, and motor
controls in house. We then assemble
these components in our motor
laboratory, and test the motor
prototypes on the various testing
equipment such as our hysteresis
brake and power supply. The
electronic controls are also custom
made to meet the application, and
are written and built in our
electronics laboratory.
Our
strong motor design and construction
capability has led to some truly
breakthrough products that use
PCDworks designed motors to
optimally solve a problem which
could not be solved by any off the
shelf motor or actuator designs.
Most importantly, the motor design
lab offers clients a quicker and
more cost effective way to solve
seemingly impossible problems in new
product development.
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Join
PCDworks at PDMA Conference
Sign Up for Mike's Full-Day
Workshop
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Have
you ever wished you had better
brainstorming and product
development skills? If so, you'll
want to sign up for Mike's workshop
at the September
PDMA (Product Development Managers
Association) conference.
It promises to be a hands-on
experience where participants will
both learn and practice new skills
to improve the output of
brainstorming sessions and early
product development. The full-day
session will be held in Orlando, FL,
on Sept. 17, 2008, and will be part
of the annual PDMA conference.
Mike and other PCDworks team members
will also be attending the show and
hosting a booth at the vendor fair.
We hope you'll stop by to visit and
talk about how we can add value to
your new product development
efforts.
During the workshop, participants
will learn new skills through
lectures and discussions, and will
immediately get a chance to apply
and hone those skills through
exercises and group analysis. The
lessons on brainstorming will
include how to create a strong
problem definition, how to maximize
serendipity (in other words - how to
increase your chance of 'stumbling'
onto a winner design), and how to
generate unique concepts. The
session will also cover early
product development strategies for
choosing the "best" designs to
pursue, and creating a plan for fast
proof of concept and market
feasibility. |
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Be a Guest Contributor
Do you have some interesting
technology news to share? We welcome
guest contributions to our
newsletter, so if you come across
breakthrough technology or weird
science, send an email to
mike@technologywonk.com. We'll
make sure to attribute it to you. |
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