Hanaya, Inc. has introduced
its line of steel
friction hinges for the
laptop computer, medical,
aerospace, and automotive
industries. "We intend to
aggressively promote our
friction hinge
product line through direct
contact with industry leaders",
says Jose Cortes, VP of Sales.
"We are already co-operating
with design teams associated
with IBM, Ricoh, Audiovox and
Boeing, and we expect this
effort to rapidly increase our
client base", Cortes added. "All
of our
friction hinges are
either nickel-plated or made
from stainless steel for better
protection".
Friction hinges have
been traditionally used in the
computer industry, but there are
new and other markets where
friction hinges
could be used to replace gas
springs or regular frictionless
hinges.
Hanaya, Inc.'s
superior manufacturing processes
result in time-tested quality
friction hinges.
"Our
friction hinges'
life cycles exceed 35,000 in
some cases and torque tolerance
has been lowered to 10-15%".
"Between our design department
and the production facilities
that we utilize, we have
accumulated a wealth of
expertise, and proven
capabilities within a wide range
of industries". "We effectively
address unique requirements and
challenges for motion
mechanisms in a wide range
of applications", said Cortes. "Hanaya,
Inc. and its preferred
vendors have a strong track
record of quality and an
extensive commitment to
excellence". "Our vendor's
production facility in Taiwan
and our
engineering department here
in the USA have accumulated over
10 years of experience
manufacturing and designing
friction hinges for
the computer industry".
"The key at Hanaya, Inc.
is that we work in close
collaboration with the
manufacturers and design houses
around the world to help them
develop innovative solutions
that differentiate their
products from that of their
competitors' by enhancing the
smoothness of the open/close
motion", said George Tan, Head
of Engineering.
Friction
hinges are used on laptop
computers or where a lid or
panel needs to hold a fixed
position.
Friction hinges
should be carefully selected
according to the number of
operations they are expected to
exercise and the force needed to
move the part. There are torque
and size limitations. "In order
to achieve smoothness of
operation, we work extensively
with our customers". "We refuse
to go forward in full production
until our prototypes or first
articles provide the best feel
and most reliable results",
concluded Cortes.