All products and services
1～30 item / All 68 items
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Hybrid material with carbon wrapped around PET resin rod for sports equipment.
A hybrid material that enhances the rebound properties of sports equipment.
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Hybrid material with carbon wrapped around PET resin rods for construction.
In seismic reinforcement of buildings, the flexibility of resin and the rigidity of carbon.
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Hybrid material with carbon wrapped around PET resin rod for drones.
Enhancing drone flight performance by balancing lightness and rigidity.
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Hybrid material with carbon wrapped around PET resin rod for marine development.
The rigidity of carbon that enhances durability in marine environments.
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Hybrid material with carbon wrapped around PET resin rod for electronic devices.
Enhancing the heat dissipation of electronic devices with the flexibility of resin and the rigidity of carbon.
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Hybrid material of PET resin rods and carbon for the energy industry.
A material that meets the challenges of the energy industry, combining corrosion resistance and rigidity.
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Hybrid material with carbon wrapped around PET resin rod for infrastructure use.
Enhance the durability of the infrastructure with the flexibility of resin and the rigidity of carbon.
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Hybrid material with carbon wrapped around PET resin rods for medical devices.
Achieving biocompatibility required for medical devices while maintaining the properties of carbon.
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Hybrid material with carbon wrapped around PET resin rod for robotics.
The flexibility of resin and the rigidity of carbon for precise movement.
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Hybrid material with carbon wrapped around PET resin rod for automotive use.
The flexibility of resin and the rigidity of carbon for high-strength automotive parts.
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Hybrid material with carbon wrapped around PET resin rod for aerospace applications.
Incorporating the rigidity of carbon into lightweight structures in the aerospace field.
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Hybrid of metal and carbon for electronic devices.
Enhancing the heat dissipation of electronic devices through the fusion of metal and carbon.
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Hybrid of Metal and Carbon for Ocean Development
Enhancing salt resistance, a fusion of metal and carbon.
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Hybrid of metal and carbon for infrastructure
Solving infrastructure challenges through the fusion of metal and carbon.
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Hybrid of Metal and Carbon for the Energy Industry
Fusion of metal and carbon for improved durability in the energy industry.
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A hybrid of metal and carbon for aerospace applications.
A fusion of metal and carbon to meet the high-intensity needs of the aerospace field.
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Hybrid of metal and carbon for architecture
New possibilities of metal and carbon in architectural design.
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Hybrid of metal and carbon for robotics
Enhancing the responsiveness of robots through the fusion of metal and carbon.
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Hybrid of metal and carbon for medical devices
Enhancing biocompatibility through the fusion of metal and carbon.
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Hybrid of metal and carbon for sports equipment
In sports equipment, the resilience of metal cores and carbon.
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Hybrid of metal and carbon for automobiles
Wrap the possibilities of carbon around a metal core.
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Hybrid material with carbon wrapped around a PET resin rod.
Incorporating the flexibility of resin with the rigidity of carbon.
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Metal and carbon hybrid
Wrap the possibilities of carbon around a metal core.
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Processing of the R-shaped edge of round bars made of semiconductor steel, SUS, titanium, and tungsten.
Precision machining for semiconductor manufacturing fixtures. Compatible with a variety of materials.
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【Fishing】Processing of the R-shaped edge of round bars made of steel, SUS, titanium, and tungsten.
For manufacturing fishing hooks. The materials are round wire (steel, stainless steel, titanium, tungsten).
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[Robot] R-edge processing of round bars made of steel, SUS, titanium, and tungsten.
Round wire processing that meets the precision machining required for robot joint components.
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Processing of the R-shaped edge at the tip of round bars made of steel, SUS, titanium, and tungsten.
Supports precision machining. Materials include round wire (steel, stainless steel, titanium, tungsten).
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【Medical Use】Advanced R-edge Processing
Supports precision machining of surgical instruments. Materials include round wire (steel, stainless steel, titanium, tungsten).
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[Case Study of Component Development] Development of Surgical Medical Needles
We will introduce a case that applies the precision machining technology cultivated in hook manufacturing, achieving high accuracy and stable quality!
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Aerospace Carbon Shaft OEM Support
Carbon technology developed through fishing rod techniques applied to lightweighting in the aerospace field.
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