Accommodating All Carbon Types and CFRP Prototyping

 Commercializing CFRP

Uchida carries 55 years of well-honed experience in manufacturing carbon fiber reinforced plastic (CFRP) and other composite components. Carbon fiber reinforced plastic (CFRP), also known as carbon or dry carbon, requires composite curing autoclaves and a specialized environment, tools, and equipment.

At Uchida, we house industrial-sized autoclaves (Φ3m × L6m), high-pressure systems (max. 2.0MPa), and various molding tools including RTM, Va-RTM, press machines, and FDM 3D printers capable of molding carbon fiber. Our proposals for products that meet market demand for shape, cost, and production volume are set to expand the mass-market availability (commercialization) of CFRPs.

EQUIPMENT

Fields Where CFRP is being Leveraged

Motorbikes: Exterior components, structural components, helmets

Automobile: Exterior components (hood, roof, trunk, doors, fenders, bumpers), IP components, Structural Components (chassis, frame, wheels), hydrogen tanks

Aircraft: Exterior structural components, interior components

Space: Rockets, satellites

Defense: Structural components

Medical: X-ray CT beds

Welfare: Orthotics, wheelchairs, crutches

Art: Artistic productions

Sports: Golf club shafts, fishing rods, tennis rackets, bicycles, baseball bats

Construction: Concrete reinforcement, seismic reinforcement

Wind power generation: Large blades

Robots: Robot arms for transporting products

CFRP is applied in diverse fields.

 Uchida’s Strengths

 55 Years since Our Founding

Uchida Co. Ltd started out as a mannequin manufacturer in 1968. We have since grown to become a recognized CFRP molding and processing manufacturer using FRP and CFRPs, providing one-stop services from design to manufacturing, coating, quality assurance, and testing.

 Our Equipment at Uchida

 Autoclave

Prepregs are layered in a mold, vacuum-bagged, and then heated and pressurized inside an autoclave to cure the resin, producing an advanced high-performing CFRP product known as dry carbon.

 Autoclave

(1)φ3m × 6m (depth), temperature MAX 200°C : pressure MAX 1.0MPa

(2) φ1.15m × 1m (depth), temperature MAX 400℃ : pressure MAX 2.0MPa

 Press Machine 

    

1.2m D × 1.5m W × 1.7m H, MAX: 630 ton

 Resin Injection Machine

Enables HP-RTM (High Pressure Resin Transfer Molding), Wet-RTM, and Gap-RTM fabrication in conjunction with press machine processes. This fabrication method offers greater capacity for high-cycle molding compared to conventional RTM.

    

Size: Resin 60ℓ (epoxy resin), Hardener 25ℓ (amine based)

3D Printer

3D printer capable of layering and molding carbon fibers with a nylon resin base.

Size: 132mm D × 320mm W × 154mm H

Lead Time

3D data preparation + fabrication: Approx. 1 month

Fabrication from supplied data: Approx. 2–3 weeks

Fabrication + creation of an inverted mold from an existing item: Approx. 1–1.5 months

3D printed fabrication: Minimum of 2 days

Actual lead time may vary depending on size, quantity, specifications, and production conditions.

We also offer hand lay-up and Va-RTM fabrication processes that do not require extensive molding equipment.

Our extensive facilities and technical know-how accumulated over the decades offers added production and design freedom, allowing us to accommodate diverse CFRP prototyping and development requests.

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ABOUT UCHIDA - 55 years since our founding

We leverage a wealth of technical expertise as a CFRP molding and processing manufacturer using FRP, GFRP, and CFRP materials. We offer a one-stop solution, encompassing design, analysis, manufacturing, secondary processing, assembly, painting, quality assurance, and testing.

UCHIDA's equipment

We have cutting-edge equipment to ensure that we can address even the most advanced challenges of our customers.

Video Library

In the following video, we provide a detailed overview of our manufacturing process. Please feel free to watch and learn more.

Contact us

“17”へのコメント(17)

  1. ピンバック: 【コラム】コンポジット・カーボンコンポジット『CFRP』とは? | 株式会社UCHIDA

  2. ピンバック: 【コラム】炭素繊維強化プラスチック成形『CFRP』 | 株式会社UCHIDA

  3. ピンバック: 【コラム】GFRPとは? | 株式会社UCHIDA

  4. ピンバック: 【コラム】コンポジット・カーボンコンポジットの作り方 | 株式会社UCHIDA

  5. ピンバック: 【コラム】プリプレグ・CFRPプリプレグとは? | 株式会社UCHIDA

  6. ピンバック: 【コラム】軽量化手法『FRP・GFRP・CFRP』 | 株式会社UCHIDA

  7. ピンバック: 【コラム】カーボン オートクレーブ温度 | 株式会社UCHIDA

  8. ピンバック: 【コラム】炭素繊維とカーボンの違いについて | 株式会社UCHIDA

  9. ピンバック: 【コラム】FRP・GFRP・CFRP 短納期に対応 | 株式会社UCHIDA

  10. ピンバック: 【コラム】炭素繊維PAN系とピッチ系の違い『CFRP』 | 株式会社UCHIDA

  11. ピンバック: 炭素繊維PAN系とピッチ系の違い『CFRP』【コラム】 | 株式会社UCHIDA

  12. ピンバック: コンポジット・カーボンコンポジットの作り方【コラム】 | 株式会社UCHIDA

  13. ピンバック: 軽量化のメリット『FRP・GFRP・CFRP』【コラム】 | 株式会社UCHIDA

  14. ピンバック: 軽量化手法『FRP・GFRP・CFRP』【コラム】 | 株式会社UCHIDA

  15. ピンバック: GFRPガラスエポキシ【コラム】 | 株式会社UCHIDA

  16. ピンバック: FRP・GFRP・CFRP 短納期に対応【コラム】 | 株式会社UCHIDA

  17. ピンバック: 炭素繊維/カーボンファイバー【コラム】 | 株式会社UCHIDA

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