- Messages
- 4,785
- Reactions
- Nation of residence
-
- Nation of origin
-
@Turan Oguz
TEI General Manager; ''We producted approximately 45% of the TS1400 by additive manufacturing tecknology, This is very high rate. Such a large percentage of the world is used only in General Electric's experimental engines.''
Additive manufacturing has introduced significant changes in industry with functional certain part production in a single process through different manufacturing techniques. In order to contribute this phenomenon, TEI has prioritized the adaptation of additive manufacturing in aerospace industry as well as the advantages being offered owing to exclusive infrastructure with various materials, simulation tools, manufacturing technologies, post-processing techniques and material characterization capabilities.
TEI has accomplished exceptional experiences due to innovative approaches to utilize the full potential of additive manufacturing offering the effective solution for sophisticated components from design of part to quality management. It is of great significance that TEI has outstanding know-how with focus on aerospace industry accumulated for long time. In accordance with development of additive manufacturing, TEI has concentrated on all aspects of additive manufacturing technology including design optimization, process and material development.
In this scope, design optimization of complicated parts and process modelling through advanced simulation tools are proficiently conducted by TEI. Moreover, TEI has performed extensive effort on material and process development in order to accomplish excellent mechanical properties required. Furthermore, TEI has advanced material laboratory infrastructure accredited by NADCAP, achieving the detailed analysis of material and surface characterization, laser scanning, non-destructive quality methods and process validation.
TEI General Manager; ''We producted approximately 45% of the TS1400 by additive manufacturing tecknology, This is very high rate. Such a large percentage of the world is used only in General Electric's experimental engines.''
Additive Manufacturing Technologies
Additive manufacturing has introduced significant changes in industry with functional certain part production in a single process through different manufacturing techniques. In order to contribute this phenomenon, TEI has prioritized the adaptation of additive manufacturing in aerospace industry as well as the advantages being offered owing to exclusive infrastructure with various materials, simulation tools, manufacturing technologies, post-processing techniques and material characterization capabilities.
TEI has accomplished exceptional experiences due to innovative approaches to utilize the full potential of additive manufacturing offering the effective solution for sophisticated components from design of part to quality management. It is of great significance that TEI has outstanding know-how with focus on aerospace industry accumulated for long time. In accordance with development of additive manufacturing, TEI has concentrated on all aspects of additive manufacturing technology including design optimization, process and material development.
In this scope, design optimization of complicated parts and process modelling through advanced simulation tools are proficiently conducted by TEI. Moreover, TEI has performed extensive effort on material and process development in order to accomplish excellent mechanical properties required. Furthermore, TEI has advanced material laboratory infrastructure accredited by NADCAP, achieving the detailed analysis of material and surface characterization, laser scanning, non-destructive quality methods and process validation.
