Moldable shape
Moldable shape
It can be formed into a shape that is possible with our technology.
1～24 item / All 24 items
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Moldable shapes of CFRP: GFRP radar dome
A sandwich structure radome with good radio wave transmission characteristics from L to Ka band is produced using GFRP/honeycomb core or foam core structure, accommodating up to φ9m.
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Moldable shapes of CFRP: Honeycomb tube
Utilizing the low thermal expansion and lightweight characteristics of CFRP, it will be used for core materials of sandwich structures with minimal dimensional changes and for rectifiers.
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Moldable shapes of CFRP: Speaker
A product that applies the structural theory of a radome designed not to degrade the characteristics of radio waves emitted from a radar.
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CFRP moldable shape: X-ray transparent medical bed
An X-ray transparent medical bed utilizing one of the characteristics of CFRP, which is X-ray permeability and high rigidity. It has a sandwich structure with foam material used as the core.
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Moldable shapes of CFRP: Honeycomb sandwich panel
Manufacturing lightweight and high-rigidity honeycomb sandwich panel structural products used in aircraft structures and artificial satellite structures.
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Moldable shapes of CFRP: Long CFRP roller tube
Longitudinal elastic modulus: maximum 350 GPa / Tube outer diameter finished with cylindrical grinding to a precision of Φ±0.05 mm / Maximum outer diameter Φ350, length 3.5 m.
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Moldable shapes of CFRP: Long rectangular tube beam
High-rigidity CFRP (maximum elastic modulus in the length direction: 350 GPa) long square tubes (up to 6 meters in length) for industrial equipment are now available due to increased demand.
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Moldable shapes of CFRP: Irregular cross-section tubes
CFRP molding of tubes with free-form cross-sectional shapes is possible. Molding into polygons such as triangles and hexagons, as well as elliptical shapes, is also possible.
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Moldable shapes of CFRP: Optical equipment housing
We will manufacture enclosures and structural products with minimal dimensional changes at temperature, utilizing the low thermal expansion characteristics that are one of the features of CFRP.
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Moldable shapes of CFRP: Specially shaped molded products
We will mold CFRP, GFRP, and other molded products with a free-form opening surface.
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CFRP moldable shapes: Robot hand and fork for liquid crystal manufacturing equipment.
Design and manufacture of a lightweight and high-rigidity robot hand and fork using hollow CFRP angle tubes and solid structures.
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Moldable shapes of CFRP: Metal composite pipe
Products designed for specific applications by coating the outer layer of CFRP with metal to enhance surface properties such as chemical resistance, appearance, and electrical conductivity.
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Moldable shape: Long hollow square tube for robot hand and fork.
Manufacturing hollow-shaped tubes with various cross-sectional shapes and a maximum elastic modulus of 350 GPa in the length direction, required for long robot hands and forks.
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Fork for semiconductor manufacturing equipment
Lightweight and flexible, with improved vibration damping performance!
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Optical equipment housing
Carbon fiber is a material with a "negative" coefficient of linear expansion!
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X-ray transparent medical panel
It has excellent radio wave transmission properties! Compared to conventional structures, it is lightweight and can achieve a laminated structure with high bending rigidity.
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Metal composite pipe
Commercially available steel pipes can be used! The surface has metallic properties (surface modification), and it is a lightweight, high-rigidity CFRP/metal composite pipe.
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"Snow cave" made from high-strength carbon fiber, high-rigidity carbon fiber, washi paper, and aluminum alloy.
The light of "healing" that leaks from geometric line drawings!
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Racing bicycle saddle
Hybridization of PAN-based fibers and pitch-based fibers! Even without drawings, if there is a shape that serves as a former, it can be used to replicate it with approximate accuracy.
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Monocoque structure product
Compact design that minimizes secondary bonding for irregular and special shapes!
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Speaker
CFRP polyhedron, with acrylic foam inside!
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Tornado-type wind turbine
A windmill with a unique shape that rotates in opposite directions up and down!!
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Sandwich panel
Indeed, hybrid materials! Composed of skin material and core material, they are integrated through heating and pressurization using methods such as hot press molding and autoclave molding.
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Sankyo Manufacturing Co., Ltd. Company Profile
Leave the analysis/design, molding, and processing assembly of products made from difficult-to-machine materials to us.
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