SR&ED for Manufacturing Businesses (2024 Guide)
Manufacturing companies are well-positioned for significant SR&ED claims, with innovation occurring across process improvements, new product development, automation, and quality control. Many manufacturers underestimate their eligible work, missing substantial tax credits for technical improvements they make every year.
Why Manufacturers Should Claim SR&ED
The Opportunity
- Process improvements often involve genuine technological experimentation
- Capital-intensive industries can claim equipment used for R&D
- Claims commonly range from $75,000 to $500,000+
- Particularly valuable when margins are tight
Underestimated Eligibility
Many manufacturers think "we just make things—that's not R&D." But innovation happens constantly:
- Improving production processes beyond current capabilities
- Developing new products or materials
- Automating operations with technical challenges
- Solving quality problems through experimentation
What Manufacturing Work Qualifies
Eligible Manufacturing SR&ED
Process Development:
- New manufacturing processes with uncertain outcomes
- Achieving tolerances beyond current capability
- Reducing cycle time through experimentation
- Improving yield through systematic investigation
Product Development:
- Creating new products requiring technical innovation
- Developing new materials or composites
- Achieving performance characteristics through experimentation
Automation:
- Custom automation with technical uncertainties
- Integrating systems in novel ways
- Developing control algorithms
Quality Improvement:
- Solving quality problems through systematic investigation
- Developing new testing methods
- Process capability improvements beyond current knowledge
Not Eligible
- Routine production and quality control
- Standard tooling changes
- Equipment installation per manufacturer specs
- Minor process adjustments
- Cosmetic or style changes
Manufacturing SR&ED Examples
Example 1: Process Optimization
Project: Achieve ±0.001" tolerance on complex aluminum parts
Uncertainty: Existing process achieved ±0.005". Standard CNC approaches couldn't reach target with required cycle time.
Experimentation: Tested 6 tooling configurations, varied cutting parameters (speed, feed, depth), experimented with coolant strategies, developed custom fixturing. Analyzed dimensional data from 200+ test parts.
Advancement: Achieved ±0.0008" through novel combination of tooling geometry and cutting strategy. Reduced cycle time 15%.
Claim value: $145,000
Example 2: New Material Development
Project: Develop high-strength composite for aerospace application
Uncertainty: Required strength-to-weight ratio not achievable with existing materials. No proven fiber-resin combination met specs.
Experimentation: Tested 12 resin formulations, varied fiber orientations, experimented with curing profiles. Conducted mechanical testing on 50+ samples.
Advancement: Developed composite achieving 20% better strength-to-weight than commercial alternatives. Proved feasibility for target application.
Claim value: $220,000
Example 3: Automation Challenge
Project: Automated visual inspection for complex assemblies
Uncertainty: Commercial vision systems couldn't reliably detect defect types at production speed. No existing algorithm achieved required accuracy.
Experimentation: Tested 4 camera configurations, developed custom lighting solutions, trained multiple ML models, experimented with image preprocessing approaches.
Advancement: Achieved 99.2% defect detection at 2 parts/second. Developed novel approach for variable lighting conditions.
Claim value: $110,000
Documentation for Manufacturing SR&ED
What to Keep
- Process development records and parameters tested
- Test part measurements and analysis
- Machine settings and configurations tried
- Quality data showing improvement
- Design iterations and modifications
- Failure analysis records
- Meeting notes on technical approaches
Time Tracking
- Project-based allocation for engineers and technicians
- Time on process development vs. production
- Experimentation and analysis time
- Design and planning for R&D projects
Expenditure Considerations
Salaries
Eligible roles:
- Process engineers
- Manufacturing engineers
- R&D technicians
- Quality engineers (when solving problems through experimentation)
- Machinists/operators (when running experimental work)
Materials
Often significant for manufacturers:
- Raw materials consumed in testing
- Prototype materials
- Scrap from experimental runs
- Testing consumables
Capital Equipment
Particularly relevant for manufacturing:
- Equipment used primarily for R&D (>90% SR&ED use)
- First $1.3M can be claimed as current expense
- Custom R&D equipment, test rigs, prototyping equipment
Contractors
- Specialized consultants for technical challenges
- External testing services
- Contract engineering for R&D projects
Maximizing Manufacturing SR&ED
1. Review Process Improvement Projects
Every process improvement involving experimentation is potentially SR&ED:
- Yield improvements
- Cycle time reduction
- Quality capability increases
- Automation development
2. Include All Engineering Time
Manufacturing engineers often underestimate SR&ED time:
- Process development and experimentation
- Tooling design with technical challenges
- Automation programming
- Quality problem-solving
3. Track Materials Consumed
Keep records of materials used for:
- Experimental runs
- Prototyping
- Testing and validation
- These add up significantly
4. Consider Capital Equipment
Equipment used primarily for R&D can be claimed:
- Prototype manufacturing equipment
- Test rigs and fixtures
- Development machinery
Maximizing Your Manufacturing Claim
Manufacturing companies have multiple levers to maximize SR&ED claims:
Work with Tech-Savvy Manufacturing Consultants
Look for consultants with:
- Manufacturing industry experience
- Understanding of process development and experimentation
- Ability to identify technical uncertainty in operations
- Knowledge of capital equipment eligibility
See our detailed guide on How to Choose an SR&ED Consultant →
Browse Consultants by Service
Manufacturing companies typically need:
- Claim Preparation Services - End-to-end claim preparation
- Financial Analysis Services - Optimizing equipment and material costs
- Technical Documentation Services - Building compelling technical narratives
- CRA Audit Support - Defense during CRA review
Find Manufacturing SR&ED Consultants →
Frequently Asked Questions
Is continuous improvement SR&ED?
When it involves genuine technological uncertainty and experimentation, yes. Routine kaizen activities without technical challenges don't qualify.
What about work for customers?
Custom manufacturing with technical challenges can qualify. The uncertainty must be technological (not commercial).
Can we claim for tool development?
Yes, when developing custom tooling involves technical uncertainty and experimentation—not standard tool design.
Is quality problem-solving eligible?
When it involves systematic investigation to solve novel technical problems, yes. Routine QC activities don't qualify.
What documentation do CRA reviewers want?
Process parameters tested, test results, analysis of outcomes, evidence of iteration, technical advancement achieved.
Next Steps
- Review process improvement projects for SR&ED eligibility
- Identify product development with technical challenges
- Improve documentation of experimentation
- Track engineering time by project
- Connect with manufacturing SR&ED specialists
Find Manufacturing SR&ED Consultants →
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Last updated: November 2024. Consult a qualified SR&ED professional for your specific situation.