Get funding for your robot

Three forms of support stack on the same automation project. C3i, a Revenu Québec tax credit, covers the cost of manufacturing equipment, management software packages and computer hardware, and is claimed with no prior application. ESSOR, from Investissement Québec, funds the feasibility study or productivity diagnostic that precedes the project, at up to half the fees of an outside firm. SR&ED then covers the engineering hours spent adapting the equipment, as soon as technological uncertainty remains. The order of assembly matters: support received reduces the expense eligible for the credit.

Yes. C3i targets manufacturing and processing equipment, which includes industrial robots, machining cells and automated material handling equipment, provided they are acquired new and used mainly in Quebec. An exclusion threshold is deducted from the cost depending on the asset category, and government support received on the same asset reduces the eligible expense. The credit is claimed on your tax return, with no prior approval — but integrating the robot often falls under SR&ED, and that part has to be documented as you go.

Yes, and this is the sector's most expensive misunderstanding. SR&ED does not ask for a laboratory, it asks for technological uncertainty: an outcome your team could not have predicted from available knowledge. Solving a tolerance problem on a part never machined that way, adapting a process to a new alloy, holding a throughput no supplier will guarantee — these are eligible activities, carried out by shop-floor technicians and process engineers. What is almost always missing is not the work: it is the documentation of the trials, including the ones that failed.

Yes, but not without consequence. Government support received on an asset reduces the C3i-eligible expense by the same amount: you are not paid twice on the same dollar. So the calculation happens while the file is being built, not afterwards. In many cases the optimal combination puts the grant on the study and the training, and the tax credit on the equipment itself — two separate pools of expenses, no overlap, no reduction.

Before any spending commitment, without exception. A signed purchase order, a deposit paid or a contract initialled all count as a commitment, even if the invoice arrives three months later. A company that books a production slot with an integrator "while waiting for an answer" has just disqualified the expense. The sequence that works: define the project, get quotes — a quote is not a commitment — file the application, wait for the agreement letter, and only then commit. Tax credits escape this rule, since they are claimed after the fact.

There is no typical amount, because support is proportional to the expenses incurred rather than a flat sum. The order of magnitude observed on a full modernization project — study, equipment, integration, training — falls between 20% and 40% of total project cost, once the three layers are stacked correctly. The gap between those two bounds comes almost entirely from the quality of the file and the timing of the application, not from the nature of the project.

No single list gives it. There are thousands of business funding programs in Canada, spread across the federal government, the provinces, municipalities, Crown corporations and sector and regional bodies. Public directories exist on both sides, but each covers its own perimeter, none overlaps the whole, and calls for projects open and close during the year. Starting from the list is therefore a dead end. The approach that works starts from the project — the equipment in question, the schedule, the degree of technical uncertainty — and works back to the handful of programs that genuinely apply.