TIP composite Co., Ltd. Official site

Would you like to create your original goods using carbon fiber reinforced plastic?

How about original stationery and novelties for your company featuring beautiful patterns (textile designs) that make the most of carbon's functional beauty?

Lightweight and strong carbon (CFRP) has a proven track record in semiconductor manufacturing equipment parts and transport devices! It enables product lightweighting and increased productivity!

**Business Description** Design, analysis, manufacturing, and sales of composite materials centered around fiber-reinforced plastics (FRP). Design, manufacturing, sales, and construction of equipment for water supply and drainage facilities. **Quality Certification** JIS Q 9100:2016 & JIS Q 9001:2015 (ISO 9001:2015) Organization Name: Aerospace Division Certification Scope: Manufacturing and repair of aerospace composite material components, composite material test specimens, and composite material jigs. Processing of honeycomb cores for defense-related distributors and manufacturing of defense-related missile components. Sites: Osaka Headquarters, 3rd Factory, 4th Factory, Settsu Factory, Torikai Kamikou Factory, Rinku Factory ISO 14001 Matsumoto Office **Equipment Information** ◆ Manufacturing Equipment Autoclave (Maximum dimensions φ2500×(D)5500mm) Press machine NC simultaneous 5-axis machining center 3-axis machining center Running saw Cutting machine Automatic cutting machine ◆ Inspection and Measurement Equipment CNC three-dimensional measuring machine Articulated arm type three-dimensional measuring machine Ultrasonic flaw detector Image measuring machine Universal testing machine ◆ Design Equipment 2D/CAD 3D/CAD (Solid Works, CATIA V5) CAD/CAM (Space-E, Mastercam)

Here are examples of product applications in the medical field that utilize the properties of carbon fiber reinforced plastic (CFRP).

We will introduce examples of CFRP applications, including our company's production achievements. ■ X-ray top plates (CT, cassette) and dental headrests - Due to high X-ray permeability, clear images can be captured with minimal X-ray exposure, reducing radiation exposure to the human body. - Utilizing high rigidity characteristics, it enables accurate diagnosis by minimizing load deflection. ■ Surgical instruments - With high X-ray permeability, surgeries can be performed without the instruments blocking X-rays. ■ Prosthetics and orthotics - By maintaining necessary rigidity while reducing weight, they become easier for users to handle and lessen the burden on the body. - High design flexibility allows for customization according to individual body shapes and activity levels. ■ Wheelchairs - By reducing weight while maintaining necessary rigidity in the frame and drive wheels, they become easier for users and caregivers to handle, reducing the burden on the body. - In sports applications, high rigidity can be utilized to meet speed demands while aiming to improve maneuverability. ■ Ramps - They can be made lightweight while maintaining necessary rigidity, making them easy to carry and handle. * For more details, please refer to the PDF materials or feel free to contact us.

It is a lightweight and strong material that excels in specific strength and specific elastic modulus compared to metal materials. It also possesses aesthetic beauty.

**Characteristics of CFRP** ■ Lightweight and Strong It has a lower specific gravity than metal materials such as iron and aluminum, and excels in specific strength and specific elastic modulus. ■ Excellent X-ray Transparency The X-ray transmission rate of CFRP is generally said to be five times that of aluminum (this varies depending on the materials used and the molding methods). Due to its high X-ray transmission rate, it can be used in the medical device field to reduce the amount of X-ray exposure to the human body and obtain clear images. ■ Excellent Vibration Damping In transport equipment, it contributes to improved positioning accuracy and increased speed. It also significantly contributes to accuracy improvements in precision instruments. ■ Low Thermal Expansion Rate Thanks to the low thermal expansion coefficient of carbon fibers, it has excellent dimensional stability and shows minimal decline in mechanical properties even at high temperatures. Depending on the design, it is also possible to bring thermal expansion close to zero. ■ Excellent Aesthetic Qualities Due to the combination of carbon fiber fabrics, unidirectional materials (UD), and various fibers, it is widely adopted in products that appeal visually. *For more details, please refer to the PDF document or feel free to contact us.*

It is possible to manufacture products that utilize the properties of carbon fiber reinforced plastic (CFRP). Examples of applications: artificial satellites, LCD substrate transport robots, laser measuring instruments.

【Other Product Applications (Excerpt)】 ■Medical and Welfare - CT table top - Headrest - Prosthetics ■Industrial Robots - LCD substrate transport robot - Palletizing robot - LCD exposure equipment ■Inspection and Communication Equipment - Three-dimensional measuring machine - Drone-type laser surveying device *For more details, please refer to the PDF document or feel free to contact us.