Japan (日本語)
Japan (日本語)

対応プリンター

Origin Two 3D Printer

オリジン・ツー

幅広い性能を持つ材料において、精度、再現性、表面仕上げの点で射出成形と同等の品質を実現し、低・中量生産を経済的に行うための真の代替手段です。 

詳細はこちら
origin one 3d printer

Origin® One

多種多様な高性能素材を用いた、最終用途部品の柔軟な製造を可能にする革新的な3Dプリンターです。「Programmable PhotoPolymerization P3™テクノロジーにより業界トップクラスの精度、再現性、細部の表現力、およびスループットを実現します。3Dプリンティングの新たな時代の到来にご期待ください。

詳細はこちら

また、385 nmおよび405 nmのオープンDLPおよびLCDプリンターにも対応しています。

その他のリソース

Origin One printing process close up.

How Origin One and Forward AM drive material development.

Learn why Origin One’s leading Open Materials License is based on feedback from three years of deep partnerships with leading chemical manufacturers.

続けて見る
Origin One Clamp Fire Test

Additive solutions for U.S. Air Force sustainment challenges

Origin One partnered with two companies to design and 3D print an innovative new C3175 hydraulic clamp for the Air Force's F-16 aircraft. Using Henkel LOCTITE 3955 for the clamp and LOCTITE IND402 for its flexible tether, the team printed 54 clamp halves in 24 minutes. 1,296 clamp halves can be printed using one printer in a single day. Post-processing a printed batch can be completed in roughly 20 minutes. The final, optimized clamp design for the C3175-9J employed on F-16 aircraft doubled the strength of the original part while weighing less.

続けて見る
Origin One printing process close up.

Learn why Origin One’s leading Open Materials License is based on feedback from three years of deep partnerships with leading chemical manufacturers.

Origin One Clamp Fire Test

Origin One partnered with two companies to design and 3D print an innovative new C3175 hydraulic clamp for the Air Force's F-16 aircraft. Using Henkel LOCTITE 3955 for the clamp and LOCTITE IND402 for its flexible tether, the team printed 54 clamp halves in 24 minutes. 1,296 clamp halves can be printed using one printer in a single day. Post-processing a printed batch can be completed in roughly 20 minutes. The final, optimized clamp design for the C3175-9J employed on F-16 aircraft doubled the strength of the original part while weighing less.