Manufacturers frequently modify equipment, adapt machinery, and push production systems beyond their documented capabilities in order to meet performance requirements, improve efficiency, or support entirely new applications.
In many cases, this work may qualify for SR&ED — especially when standard operating methods and manufacturer specifications no longer provide reliable solutions.
The key factor is whether the company is solving a technical problem through systematic experimentation rather than simply following established procedures or vendor recommendations.
Beyond Manufacturer Specifications
Equipment manufacturers provide operating manuals based on tested and validated performance ranges. However, many manufacturers eventually encounter applications that fall outside those documented specifications.
For example, an injection molding company may need to process polymer blends that are not covered within the machine manufacturer’s approved material range. Standard operating parameters may produce degradation, inconsistent quality, or unstable processing conditions.
To solve the issue, the company may need to systematically experiment with:
- custom barrel temperature profiles
- modified screw configurations
- altered cooling sequences
- non-standard injection pressure patterns
This type of work may qualify because the required solution does not already exist within published equipment documentation. The company must investigate uncertainty through structured testing and analysis to determine what actually works.
Retooling for New Capabilities
Manufacturers also frequently adapt existing equipment to achieve capabilities that standard configurations cannot deliver.
This may involve developing custom automation systems when off-the-shelf solutions cannot meet technical requirements, designing novel fixturing systems to achieve higher precision, or integrating equipment that was never originally designed to operate together.
For example, a company may attempt to:
- Automate a complex assembly operation requiring non-standard robotic movement
- Achieve tolerances beyond standard tooling capability
- Integrate multiple production systems with incompatible controls
- Increase throughput beyond rated production capacity
These projects often involve significant technological uncertainty because standard equipment designs and known configurations fail to achieve the required outcome.
What generally does not qualify are routine activities such as following vendor modification guidelines, implementing documented upgrades, performing standard maintenance, or adjusting parameters within existing operating specifications.
Common Manufacturing Scenarios
One common example involves custom automation development for complex assembly operations. Off-the-shelf robotic systems may lack the flexibility or precision required for intricate part handling. Manufacturers may then need to design custom end-effectors, test sensor configurations, develop control logic, and validate performance through iterative testing.
Another frequent scenario involves integrating production equipment from multiple manufacturers. Even when each individual system functions correctly, combining them may create timing conflicts, communication failures, or synchronization issues that cannot be resolved through standard methods. Systematic testing of communication protocols, timing sequences, and buffer strategies may be required before stable production is achieved.
Throughput optimization is another area where SR&ED frequently occurs. Equipment manufacturers may publish maximum rated production capacities, but real-world production requirements may exceed those limitations. Companies may then experiment with mechanical modifications, process parameter changes, and control system adjustments in order to achieve higher throughput while maintaining acceptable product quality.
Key Takeaways
Equipment modification work may qualify for SR&ED when manufacturers are systematically experimenting beyond documented equipment capabilities to achieve technical outcomes that standard methods cannot deliver.
Projects involving custom automation, process integration, throughput optimization, or advanced equipment adaptation frequently involve technological uncertainty requiring structured experimentation and iterative development.
Failed tests and unsuccessful configurations are often valuable evidence because they demonstrate that the solution was not readily available using existing knowledge.
The Bottom Line
Manufacturing equipment work may qualify for SR&ED when companies are systematically investigating technical challenges beyond standard operating procedures and documented equipment capabilities.
The work becomes SR&ED when experimentation, testing, and technical discovery are required to achieve performance outcomes that existing solutions cannot reliably deliver.
Get in Touch Today
CCG | SR&ED & Government Funding Specialists
Email us today to check your eligibility — info@carnegiecapitalgroup.com
