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| The increased
popularity of the mobile phone has vastly changed how we communicate.
You may have already noticed the convenience of mobile phones
in your business environment or your everyday lives. |
| FUSERASHI has produced micro parts such as pins
and tubes that are used for batteries in mobile phones. Our
forming techniques for micro parts maintain strict tolerances
at the micrometer level, tolerances that were impossible to
attain with conventional machining processes. Because of this
precision, FUSERASHI's micro parts are highly regarded in
the industry and used by numerous manufacturers around the
world. Additionally, our forming techniques have obtained
remarkable cost reductions for our customers as well as space
saving features for mobile phones. This has helped in the
advancement and widespread use of mobile phones. Micro-formed
parts will play an important role for FUSERASHI in the 21st
century. These parts are widely used in the IT field for information
and imaging equipment as well as audiovisual appliances. |
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| Currently environmental
destruction is continuing on a global basis. To protect the
earth, it is necessary for us to reduce the CO2 that causes
global warming.One of the solutions to the problem is the
development of the HEV (Hybrid Energy Vehicle = Hybrid Car).HEVs
are already on the road in countries throughout the world.
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| FUSERASHI's HEV parts are used in
the car batteries, which are the central component of HEVs.
We developed our HEV parts using cold forming and cold extrusion
techniques and are currently investigating the shapes and
materials of such parts together with our customers in order
to further improve efficiency and performance. We are also
conducting cost analysis in view of full-scale mass production.
Additionally, we are continuing our research oriented toward
providing parts for the Zero Emission Vehicle (emission free
automobile) to be developed in the near future. This battery,
which utilizes FUSERASHI's technologies, is replacing lead
batteries in such items as rechargeable battery-powered bicycles,
cordless vacuum cleaners, and electric power tools. Such applications
will benefit and improve our everyday lives. |
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| The buildings, houses,
bridges, freeways, and other architectural structures that
you find in cities are constructed by joining many parts together.We
believe that the most important elements required in such
structures are safety and ease of construction. |
| Until recently the only way to join the structural
cages and beams of reinforced concrete was by welding because
these components are only accessible from one side. However,
welding is inefficient because it requires skilled labor and,
since there is variance in welding quality, X-ray inspection
is needed to ensure safety. In order to solve such problems,
FUSERASHI developed a joining technology called the Ultra-Twist
Fastener. This fastener allows an unskilled laborer. to fasten
parts from one side using a high-tensile bolt and provides
such advantages as improved earthquake resistance, lowered
construction cost, shortened construction time, and reduced
labor. Besides building construction, currently this joint
technique is also widely adopted for urban infrastructure,
such as bridge reinforcement and preventing freeway side-walls
from falling, all this while simultaneously providing the
opposing features of optimum safety and installation ease. |
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