The project looks to add additive manufacturing (AM) within the Manufacturing Division of Tronosjet, with a focus on working within the aerospace industry.
Tronosjet Maintenance Inc.
12 enregistrements totalisant 3,003,776.00 $ CAN, selon les données ouvertes officielles du gouvernement du Canada.
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Par ministère
| Conseil national de recherches Canada | $3,003,776 | 12 enregistrements |
Enregistrements
Domestic Metal Powder Production, Material Characterization and Development of Additively Manufactured Dual Use Applications
Develop additional material properties and characterization using laser powderbed fusion technology for the purposes of certification of aerospace components.
The project looks to optimize the thermal performance of an aerospace component to pass accepted industrial specifications. A prototype design has been fabricated, which must be modified by either ge...
Using Additive Manufacturing (AM) technologies (both metallic and polymer) to manufacture components to aid in the care of patients during the COVID-19 pandemic where lack of equipment requires emerge...
The project includes final development of an aerospace component produced using additive manufacturing and functional testing, both internal and wind tunnel scheduled to take place at the NRC Altitude...
Determine the feasibility of manufacturing aircraft components utilizing 3D additive processes.
International Co-Innovation Action Program (ICAP) project : Tronos is an aerospace manufacturing company. We are looking to identify co-innovation partners who design unmanned vehicles and want to le...
Tronos will implement a digital workflow for assembly and test of aerospace systems currently under development. A composable no-code platform will allow Tronos to scale across multiple manufacturing...
The project will provide valuable work experience for new graduate involving design for additive manufacture with aerospace customers, and internal development programs at Tronos. Work will involve de...
Testing and Analysis of Additive Manufactured Specimens