NRC — Laser processing and surface modification facility
At a glance
- No Condition
- Open Date : November 14, 2019
- Manufacturing
- Professional, scientific and technical services
- National Research Council Canada
- Government of Canada
Overview
Eligibility criteria
Who is eligible
Eligible companies for this grant include manufacturing companies, automotive industry suppliers, and research and development organizations looking to collaborate on advanced manufacturing technologies and surface functionalities.
- Manufacturing companies
- Automotive industry suppliers
- Research and development organizations
Eligible expenses
There are eligible expenses for this grant. Companies can access funding for collaborative research and development projects to support the development of high-value products and technologies in the area of additive manufacturing, specialty coatings, and microfabrication. Eligible expenses include:
- Costs related to research and development activities
- Equipment and materials for advanced manufacturing processes
- Personnel and expertise fees
- Testing and validation expenses
Eligible projects & activities
There are projects and activities eligible for this grant. The NRC laser processing and surface modification facility offers opportunities for collaborative research and development projects in advanced manufacturing technologies, including laser consolidation, laser cladding, micromachining, and specialty coatings.
- Laser consolidation for producing complex functional components
- Laser cladding for enhancing tool life and performance
- Microfabrication technologies for surface engineering
- Value-adding functionalities for tooling and surface texturing
- Advanced applications for specific coatings in automotive and other industries
Evaluation & selection criteria
There are evaluation and selection criteria for this grant. The criteria include:
- Alignment with grant objectives
- Demonstrated need and impact of the project
- Feasibility and sustainability of the proposed activities
- Capacity of the applicant to carry out the project
- Potential for knowledge generation and dissemination
- Evaluation of budget and cost-effectiveness
How to apply
- Step 1: Contact David Fraser, Director of Business Development at NRC.
- Content: Reach out via telephone at 519-430-7095 or email at David.Fraser@nrc-cnrc.gc.ca.
- Step 2: Discuss project details and grant application requirements with NRC experts.
- Content: Provide information about your company, project goals, and how NRC can support your development needs.
- Step 3: Review and assess collaboration opportunities and project scope.
- Content: Evaluate the feasibility and alignment of your project with NRC's capabilities and objectives.
- Step 4: Submit a formal grant application or proposal for review.
- Content: Prepare necessary documentation outlining project specifics, timelines, budget, and expected outcomes.
- Step 5: Await feedback and decision from NRC regarding grant acceptance.
- Content: NRC will evaluate your proposal and inform you of the funding decision and next steps.
Manufacturing and Automotive Innovation Hub for Collaborative Projects
Advanced Manufacturing Technologies Grant Overview
The NRC Laser Processing and Surface Modification Facility offers companies the opportunity to develop high-value products and surface functionalities through advanced manufacturing processes like laser consolidation, laser cladding, micromachining, and specialty coatings. With expertise in additive manufacturing and microfabrication, the facility provides solutions for complex part production, tool life enhancement, and surface engineering applications.
Through collaborative research projects or fee-for-services arrangements, companies can benefit from technologies such as high-precision multi-axis micromachining, vacuum-based deposition, and advanced surface coatings. These solutions aim to reduce production costs, enhance product performance, and improve manufacturing processes, offering a competitive edge in industries like automotive, tooling, and surface transportation.
