List of Composite Materials products

Complex and small shapes that are impossible with aluminum can be realized with carbon! Introduction to recumbent trikes.

• Composite Materials
• plastic

A robot arm made with CFRP, which has excellent weight-to-strength ratio! A product with beautiful patterns that catches the eye.

• Composite Materials

Cheaper than a 3D printer! Parts for airsoft guns made from carbon.

• Composite Materials
• plastic

Adopting lightweight and high-strength carbon to reduce UAV operating costs.

• Composite Materials
• plastic

Automotive aftermarket parts made of rust-resistant and strong carbon.

• Composite Materials
• plastic

Manufacturing high-intensity, durable carbon arrows! Lightweight and improved performance.

• Composite Materials
• plastic

Manufacturing external parts for toy guns and airsoft guns using carbon pipes.

• Composite Materials
• plastic

Adopted for motorcycle parts due to its lightweight and luxurious appearance.

• Composite Materials
• plastic

Manufacturing the instrument panel of a pleasure boat with carbon sheets | Strength and beauty that withstand temperature changes

• Composite Materials

Keyboard-style arcade controller top made of carbon | Improved appearance and increased strength

• Composite Materials
• plastic

Manufacturing a steering wheel for student formula vehicles | Contributes to weight reduction and improved operability.

• plastic
• Composite Materials
• Processing Contract

Manufacturing parts that are comparable to existing components at a lower cost | Original RC parts

• plastic
• Composite Materials
• Processing Contract

Breaking away from aluminum! The student formula team utilizes carbon pipes in pursuit of weight reduction.

• Composite Materials
• plastic
• Processing Contract

Fishing tackle box parts made of carbon | Achieving weight reduction & improving appearance quality

• Composite Materials

Manufacturing unique carbon parts for remote control that do not interfere with the body.

• Composite Materials
• plastic

Improve quality and reduce costs by changing 3D printed parts to carbon.

• Composite Materials
• plastic

Manufacturing a frame for a robot contest machine in pursuit of a balance between strength and lightweight.

• plastic
• Composite Materials
• Processing Contract

The aluminum does not provide strength and causes distortion | Manufacturing a damper stay for radio-controlled cars.

• plastic
• Composite Materials
• Processing Contract

Carbon-made motorcycle stabilizer | Strong, lightweight, and corrosion-resistant

• plastic
• Composite Materials
• Processing Contract

Self-manufacturing sports gear with carbon | Switching from PVC and bamboo materials

• plastic
• Composite Materials
• Processing Contract

Manufacturing carbon front damper stays | Solving strength issues with 3D printers

• plastic
• Composite Materials
• Processing Contract

Change from A6061 aluminum material to carbon | Manufacture original RC chassis

• plastic
• Composite Materials
• Processing Contract

Manufactured the mount part of the Pitot tube with carbon round pipe | Reduced processing costs within the circle.

• plastic
• Composite Materials
• Processing Contract

Parts for the Birdman Contest aircraft made of carbon | Affordable price and immediate decision

• plastic
• Composite Materials
• Processing Contract

Outsourcing processing to increase productivity! Easy to order and drastically reduce communication costs!

• Composite Materials
• plastic

Solving the challenges of 3D printers that take time and have concerns about strength with Carbon | Manufacturing air gun parts

• Composite Materials

Manufacturing a car's meter panel with carbon sheets! Also requesting CAD data creation.

• Composite Materials
• plastic

Light! Strong! Rust-free! An explanation of the basics of CFRP (carbon fiber reinforced plastic).

• Composite Materials

Using carbon round pipes for robot parts in NHK Student Robocon | Toyohashi University of Technology Robocon Club

• plastic
• Composite Materials
• Processing Contract

Manufacture the collar ring for attaching the ceremonial robe collar using carbon plates | Switching from plastic

• Composite Materials
• plastic
• Processing Contract

Manufacturing carbon plate parts to be installed in the cavity where the genuine navigation system was removed.

• plastic
• Composite Materials
• Processing Contract

Rear damper stay for the radio-controlled buggy made of carbon | Improved rigidity and texture

• plastic
• Composite Materials
• Processing Contract

Rear shelf board made of carbon plate | Matte finish to prevent light reflection

• plastic
• Composite Materials
• Processing Contract

Building a racing drone that reduces production costs while incorporating lightweight and strength.

• Composite Materials
• plastic

Cheaper than I expected! I requested the production of RC parts, which I often failed to make myself.

• Composite Materials
• plastic

Significantly enhanced product strength with a corner shaft! Reduces warping and twisting of the guitar neck.

• Composite Materials
• plastic

Production of Japanese sword fittings 'tsuba' and 'tsuba' in carbon material | Fusion with modern technology

• Composite Materials
• plastic

Successfully reduced weight by using carbon in bipedal robot parts.

• Composite Materials
• plastic

Carbon-made arbor for fishing rods | Dramatic improvement in rod sensitivity

• Composite Materials

Lightweight and smart carbon-made stand for brass instruments | From prototype to mass production

• plastic
• Composite Materials
• Processing Contract

Achieving cost reduction compared to other companies | Manufacturing carbon drone frames

• Composite Materials
• plastic

Switching from 3D printing materials to carbon | Building a DIY FPV drone frame

• Composite Materials

User satisfaction increases with the premium feel of dry carbon!

• Composite Materials
• plastic

Successfully reduced costs by manufacturing racing drone parts with high damage rates.

• Composite Materials
• plastic

Manufacturing stands for carbon brass instruments | Lighter and more stable than aluminum

• Composite Materials
• plastic
• Processing Contract