Your Partner in Product Development and Validation

At Ontario Dynamics, we design and build custom testing equipment, engineered mechanical products, and special-purpose machines that solve complex validation, assembly, and production challenges.

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Core Capabilities

Our engineering expertise spans across three core areas, delivering tailored solutions for complex industrial challenges.

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  • Testing and Validation Equipment

    We design and build custom test rigs for fatigue, durability, NVH, and performance—delivering confidence from concept to full-scale validation.

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  • Product Development and Design

    Mechanical design support from concept to MVP—POC builds, design validation, simulation, cost optimization, and production-ready documentation for startups and OEMs.

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  • Special Purpose Machines and Automation

    We engineer custom machines and automation systems to streamline manufacturing, assembly, and inspection—built for precision, efficiency, and long-term serviceability.

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Automated inspection machines used for quality control and component verification

Engineering Expertise That Delivers Results

With over 15 years of experience in developing testing equipment, mechanical product and special purpose machines we combine hands-on engineering with a strong understanding of real-world manufacturing needs. Our expertise spans custom test rigs, special-purpose automation, and end-to-end mechanical product development — blending deep domain knowledge with agile, innovation-driven engineering.

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Featured Case Studies

Explore our portfolio of successful automation and product development Case studies and projects.

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  • Automated Bearing Noise Detection & VibrationAnalysis System for Tensioner Pulleys File name:
    Automation

    Automated Bearing Noise Detection & VibrationAnalysis System for Tensioner Pulleys icon

    Ontario Dynamics engineered a sophisticated, high-throughput automated quality inspection machine specifically designed for the mass production of automotive tensioner pulleys.
    View Case Study
  • automotive testing services Image
    Test bench

    High-Speed Motoring Test Bench for Transmissionand EDU Performance Validation icon

    Ontario Dynamics engineered this high-performance, budget-friendly motoring test rig to provide comprehensive evaluation and friction loss quantification for transmissions, ICE, and 3-in-1 Electric Drive…
    View Case Study
  • Automated transfer bar feeder system designed for high-speed material handling
    Special Purpose Machine

    Custom Transfer Bar Feeder Automation for Stamping Press Line icon

    Custom bar transfer system designed to move parts across press stations over long lengths, optimized for synchronized motion and minimal downtime.
    View Case Study
  • Beburring machine
    Automation

    Automation Assembly Line—Precision Component Handling System icon

    Mechanical design and validation of a consumer hardware product built for demanding real-world conditions.
    View Case Study
  • Manufacturing plant floor featuring industrial equipment and production operations
    Special Purpose Machine

    Destacker Feeder icon

    High-speed destacking system for tandem stamping lines, capable of handling aluminum and ferrous sheet with ±2mm accuracy.
    View Case Study
  • 3D CAD model of an automated industrial machine with an operator shown for scale
    Special Purpose Machine

    O-Ring Installation Machine icon

    Custom bar transfer system designed to move parts across press stations over long lengths, optimized for synchronized motion and minimal downtime.
    View Case Study
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How We Work

Our structured engineering process ensures consistent quality and successful outcomes across all projects.

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Testing Equipment And SPM Development Process

A comprehensive approach from concept to delivery

  • 01

    Project Scope & Requirement Gathering

    Understand the validation goal, part geometry, andperformance target

    Tools: Functional requirement templates, plant layout sketches

    Skills/Capabilities: Process understanding, cycle time calculations, initial concept planning

  • 02

    Concept Development

    Design automation strategy, layout, and mechanism sketches

    Tools: SolidWorks (layout mode), hand sketches, AutoCAD Layout

    Skills/Capabilities: Mechanism ideation, modular thinking, FMEA (early), ergonomics and footprint planning

  • 03

    Detailed Mechanical Design

    Develop 3D assemblies with all fixturing and actuation elements.

    Tools: SolidWorks (detailed models), 2D manufacturing drawings, FEA

    Skills/Capabilities: Precision CAD, motion layouts, DFM, pneumatic/hydraulic circuit planning, DFMEA

  • 04

    Manufacturing Support & Build

    Support fabrication and pre-assembly of mechanical components

    Tools: BOMs, drawing packs, supplier communication

    Skills/Capabilities: GD&T validation, machining tolerances, fabrication reviews, QA documentation

  • 05

    Debug & Testing

    Dry-run, verify movements, tune mechanical adjustments.

    Tools: Measurement tools, test jigs, PLC

    Skills/Capabilities: Interference check, mechanical tuning, cycle time trials, design tweaks

  • 06

    Installation & Commissioning

    Install the system on-site and validate performance.

    Skills/Capabilities: Assembly guidance, mechanical adjustments, SAT execution, operator handover

  • 07

    Documentation & Service Support

    Provide all mechanical documentation and post-commissioning support.

    Tools: Maintenance manuals, CAD packages, spares documentation

    Skills/Capabilities: Final 2D drawings, O&M documentation, 8D for field issues, retrofit capability planning

Product Design & Development Flow

A comprehensive approach from concept to launch

  • 01

    Requirements & Planning

    Understand product goals, core problem, constraints, and success metrics.

    Skills/Capabilities: Requirement framing, stakeholder interviews, market input (if applicable)

  • 02

    Concept Development

    Explore multiple technical solutions and pick the best starting direction.

    Tools: SolidWorks (sketches), whiteboard, QFD

    Skills/Capabilities: Ideation, tradeoff analysis, basic DFM, early risk identification (DFMEA-lite)

  • 03

    Proof of Concept (POC)

    Build a basic physical or functional model to validate the riskiest assumption.

    Tools: Breadboards, mock-ups, lab hacks, Arduino kits, low-fidelity CAD

    Skills/Capabilities: Feasibility engineering, subsystem isolation, failure-focused design, quick iteration

    Why it's critical:: POC de-risks technical unknowns before real design investment. Especially valuable when the product is doing something that doesn't exist yet.

  • 04

    Engineering Specification & MVP Planning

    Freeze design targets, plan testing, and define MVP scope based on what POC revealed.

    Tools: Requirement spec docs, DVP&R template, risk register

    Skills/Capabilities: Engineering judgment, documentation, MVP strategy (which features to include now vs. later), quality planning

  • 05

    Detailed CAD Design & Simulations

    Develop complete 3D models, assemblies, and do structural or thermal simulations.

    Tools: SolidWorks, ANSYS, GD&T libraries

    Skills/Capabilities: Precision CAD, tolerance stack-up, DFM/DFEA, BOM structuring

  • 06

    MVP Build (Functional Prototype)

    Fabricate and assemble a testable version of the product with critical features.

    Tools: CNC, 3D printing, custom jigs, local vendors

    Skills/Capabilities: Functional assembly, fit & tolerance check, basic verification, early DFM learning

  • 07

    Testing & Validation

    Run real-world tests based on DVP&R — durability, fatigue, drop test, IP rating, thermal, vibration, etc.

    Tools: Environmental chambers, test rigs, DAQ setups

    Skills/Capabilities: Test execution, data analysis, 8D methodology, debugging, performance tuning

  • 08

    Production Readiness

    Optimize design for manufacturing, finalize documents and vendor selection.

    Tools: PLM, ERP, Control Plans, manufacturing SOPs

    Skills/Capabilities: DFM refinement, APQP, supplier coordination, risk mitigation (PFMEA), PPAP readiness

  • 09

    Launch & Support

    Ramp-up initial production and provide field support.

    Tools: Jira (bug tracking), feedback channels

    Skills/Capabilities: PDCA, root cause analysis, update loop for next-gen improvements

We Understand Your Challenges — and We're Built to Solve Them

Our clients come to us with real-world frustrations: late deliveries, vague communication, difficult integration, and designs that don’t scale. At Ontario Dynamics, we’ve built our process specifically to eliminate these bottlenecks — whether you’re a manufacturer investing in automation, or a startup bringing a new product to life.

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For Manufactures

Testing equipment and SPM

Seamless Integration, Not Surprises

We design with your entire production line in mind — assuring compatibility with existing machines, tooling, and processes.

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Clear Specs and Complete Documentation

Every project includes CAD, 2D drawings, BOMs, and manuals so your team isn’t left guessing during installation or maintenance.

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Real Support Beyond Delivery

We stay involved post-deployment with remote troubleshooting, upgrades, and continuous improvement.

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Alignment from Day One

We take the time to understand your plant layout, operator needs, and throughput targets — so the machine works the way you need it to.

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For Startup

Product Development Partners

Built for Manufacturing from the Start

Our design are not just functional – they’re optimized for assembly, cost, and scale. DFM is embedded in every step.

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Fast, Focused Development Cycles

We move from POC to MVP with startup pace and flexibility – helping you hit your launch windows without compromising on quality

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Cross-Disciplinary Coordination

We collaborate directly with your electrical and software teams to ensure clean mechanical integration- no last-minute redesigns.

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Vision-Aligned Design

We don’t just draw parts- we bring your product vision to life through purposeful engineering and thoughtful execution

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Why Client Choose Us

Our expertise and approach set us apart in the engineering and automation industry

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  • Proven Excellence

    Over 15 years of delivering high-quality engineering solutions with a track record of success.

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  • Expert Team

    Certified engineers and automation specialists with deep industry knowledge and expertise.

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  • On-Time Delivery

    Committed to meeting deadlines without compromising on quality or safety standards

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  • We provide dependable, long-term support

    from commissioning to remote troubleshooting and upgrades.

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Industries Served

Our solutions are deployed across multiple industries with diverse requirements

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  • Manufacturing & Automotive

    Automation, Machines

  • Consumer & Industrial Products

    Product Design

  • Automotive, Aerospace and Healthcare

    Testing & Validation Equipment

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