Grants and Contributions

Hiring to support international expansion and position the image of the company as a leader in cleantech transportation sector.

In this project, Enedym will develop the next generation electric motor drives for Ground Support Equipment (GSE) tractors. The electric motor drives will be developed for a low-operating voltage with Enedym’s Switched Reluctance Motor Drive Technology, which has a simple, robust, low-cost construction. The project will provide economic benefits to Canada’s automotive and industrial sector, environmental benefits to Canada by reducing emissions, and it will put Canada at the forefront of reducing its dependency on the volatile supply chain of rare earth metals.

The recent college graduate is hired as a Mechanical Engineering Technologist to help with product development for firm's bending brake product line along with helping with the production/efficiency on the manufacturing side.

Complete prototype validation of innovative MIGS (Minimally Invasive Glaucoma Surgery) devices which will enable bringing glaucoma surgery from the operating room to outpatient clinics. By the end of October 2024, Hexiris will have conducted successful testing of the Functional MIGS on both animal and human cadaveric eyes, demonstrating its efficacy and safety for progression to animal and human clinical trials.

The Firm's goals in participating in the workshop is to explore funding opportunities which could solidify or accelerate its UK market expansion plans.

This project serves to improve Mach85's bridge inspection software to improve both accuracy and efficiency.

This project has a strategic focus on promoting the growth of the firm by conducting experiments to expand its user and driver base. These experiments will enable the firm to gather valuable insights, and adapt its strategies to meet the evolving demands of the market. The ultimate objective is for the firm to drive sustainable growth and establish a more responsive, cost-effective, and agile framework in line with market dynamics.

The aim of the project is to develop a prototype gripper capable of mechanically handling pipes with diameters ranging from 600 to 2100 mm, and to integrate it into a system comprising three demolding tables tested in a previous project. This is the second phase of a total three-phase project to mechanize all demolding activities. This project comes at a time when the firm has been looking at the demolding systems available on the market for a very long time. Unfortunately, there is no system on the market that is adapted to the geometry of the firm’s products.

This project will allow Mangrove to engage in R&D activities to introduce improvements to the production modeling engine that will allow it to support larger industrial applications, increase its computation ability and allow it to be applied to leveraged in other carbon-reduction markets.

Help e-commerce and retail firms optimize their planning, purchasing and inventory management processes.