NRC — Laser processing and surface modification facility

Q: How much funding can be received?

There is no informations about how much funding can be received.

Q: What is the deadline to apply?

The deadline to apply is not specified.

Q: Is the NRC — Laser processing and surface modification facility a grant, loan, or tax credit?

NRC — Laser processing and surface modification facility is a Researchers And Facilities

Q: Who are the financial supporters of the NRC — Laser processing and surface modification facility?

NRC — Laser processing and surface modification facility is funded by National Research Council Canada (NRC), Government of Canada

Q: Who is eligible for the NRC — Laser processing and surface modification facility program?

To be eligible for the NRC — Laser processing and surface modification facility program, you must: • Available to companies and other clients on a fee-for-services basis or for collaborative research and development projects.

Q: Who can I contact for more information about the NRC — Laser processing and surface modification facility?

You can contact National Research Council Canada (NRC).

Q: Where is the NRC — Laser processing and surface modification facility available?

The NRC — Laser processing and surface modification facility program is available across Canada.

Q: Are startups eligible for the NRC — Laser processing and surface modification facility program?

Yes, startups are eligible to apply for the NRC — Laser processing and surface modification facility program.

Last Update: July 22, 2025

Canada

Laser processing and surface modification facility in London

At a glance

Eligible Funding

No Condition

Timeline

Open Date : November 14, 2019

Financing Type

Researchers And Facilities

Expert Advice

Eligible Industries

Manufacturing
Transportation and warehousing
Professional, scientific and technical services

Funds Providers

National Research Council Canada

Government of Canada

Program status

Open

Overview

Fee-for-service use of manufacturing processes such as laser consolidation, laser cladding, high-precision (+/-1µm) multi-axis micromachining/texturing (cutting and laser ablation), laser polishing and specialty coatings.

Activities funded

Collaborative development of complex, functional components using laser consolidation from CAD design.
Enhancement of tool life and performance through laser cladding with high-performance materials.
Utilization of high-precision micromachining and hybrid micromachining techniques.
Application of vacuum-based deposition and surface modification systems for improved product features.
Electrolytic and plasma electrolytic deposition techniques for surface engineering.
Deposition of coatings to improve automotive component functionality, such as friction reduction and corrosion resistance.
Development of advanced tooling and surface texturing for enhanced manufacturing applications.

Examples of admissible projects:

$ 490,000

Creating high-precision micromachining processes for electronics manufacturing

$ 450,000

Microfabrication technologies for automotive surface engineering

$ 350,000

Developing advanced laser consolidation methods for aerospace components

$ 280,000

Enhancing tool performance using laser cladding technology

$ 385,000

Developing specialty coatings for medical devices

$ 455,000

Implementing value-adding functionalities for tooling and surface texturing in the automotive industry

Eligibility

Who is eligible?

Companies and other clients looking to explore advanced manufacturing technologies, participate in collaborative research and development projects, and leverage cutting-edge processes like laser consolidation, laser cladding, and microfabrication at the NRC's facility in South Western Ontario.

Eligible expenses

The grant supports collaborative projects and activities focused on advancing innovative technologies in the manufacturing and automotive sectors. Eligible projects include initiatives that leverage the NRC's advanced manufacturing processes and surface modification techniques to improve product functionality and efficiency.

Development and demonstration of complex components using laser consolidation technology.
Application of laser cladding to enhance tool life and performance.
Utilization of high-precision micromachining technologies for product enhancement.
Implementation of surface engineering techniques to add value and extend product lifespan.
Advanced coating applications for reducing friction, enhancing wear resistance, and improving fuel efficiency in automotive applications.
Collaborative research projects exploring innovative manufacturing methods and tooling applications.

Eligible geographic areas

This grant is available to companies primarily located in South Western Ontario's manufacturing hub. The opportunities facilitate the integration of advanced manufacturing technologies in regions aligned with the NRC's strategic locations.

Companies operating in the South Western Ontario manufacturing hub.

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

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.

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.

Review and assess collaboration opportunities and project scope.

Content: Evaluate the feasibility and alignment of your project with NRC's capabilities and objectives.

Submit a formal grant application or proposal for review.

Content: Prepare necessary documentation outlining project specifics, timelines, budget, and expected outcomes.

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.

Additional information

Here are additional relevant details for this facility:

The NRC facility focuses on leveraging state-of-the-art technologies to support the manufacturing sector in South Western Ontario.
Offers advanced manufacturing processes including laser consolidation, laser cladding, and microfabrication technologies.
Collaborative opportunities are available, fostering innovation in the manufacturing and automotive sectors.
Provides expertise in extending tool life and enhancing the performance and functionality of manufactured components.
Focus on developing high-precision tooling and specialized coatings that improve product quality and efficiency.

Documents and links

NRC — Laser processing and surface modification facility

Apply to this program

Frequently Asked Questions about the NRC — Laser processing and surface modification facility Program

Here are answers to the most common questions about the NRC — Laser processing and surface modification facility. This section explains what the program is, how much funding is available, eligibility requirements, application deadlines, and other important details to help you determine if this grant is right for your business.

What is the NRC — Laser processing and surface modification facility?

How much funding can be received?

What expenses are eligible under NRC — Laser processing and surface modification facility?

This facility offers opportunities for companies to engage in collaborative research and development projects, focusing on high-value and value-adding technologies in advanced manufacturing. Eligible activities include utilizing unique laser-based processes and surface modification technologies to enhance product functionalities. Collaborative development of complex, functional components using laser consolidation from CAD design. Enhancement of tool life and performance through laser cladding with high-performance materials. Utilization of high-precision micromachining and hybrid micromachining techniques. Application of vacuum-based deposition and surface modification systems for improved product features. Electrolytic and plasma electrolytic deposition techniques for surface engineering. Deposition of coatings to improve automotive component functionality, such as friction reduction and corrosion resistance. Development of advanced tooling and surface texturing for enhanced manufacturing applications.