From concept to commissioning , engineered for performance, automation, industrial durability, and reliable testing and validation outcomes.
Equipment and machine design is the engineering of one-off or low-volume industrial machines built around a specific process requirement—throughput, accuracy, safety, and uptime. We turn your requirement into a machine that can be fabricated, assembled, tested (FAT), installed, and commissioned (SAT) with predictable performance.
Unlike off-the-shelf equipment, custom machines must work within real constraints—footprint, utilities, material flow, operator access, maintenance, and supplier capability. Our approach is conservative where it needs to be: clear specs, risk-driven safety design, build-ready documentation, and controlled changes.
Equipment: custom assembly, handling, pressing, feeding, fixturing, and line support equipment
durability, fatigue, NVH, end-of-line checks, measurement and inspection machines
repeatable small-batch / pilot equipment when standard machines don’t match the process
projects requiring structured guarding, lockout strategy, and documented acceptance tests
Before you invest in custom equipment, make sure these four items are defined. They’re the difference between a machine that runs reliably—and one that becomes a permanent debug project.
Define product requirements, user needs, and overall system architecture (mechanical, electrical, embedded) with block diagrams and high-level specifications.
Guarding and safe access designed in from day one, plus serviceability: modular wear parts, reachable sensors, simple adjustments, and predictable maintenance.
Fabrication-friendly design, practical tolerances, and standard components with availability. Vendor-ready documentation prevents misinterpretation.
Defined mechanical/controls interfaces, commissioning plan (FAT→SAT), operator training, manuals, and a spares strategy to keep uptime high after handover.
We specialize in creating custom machines, designed entirely from the ground up to solve unique
challenges that standard solutions can’t handle.
Lock URS, throughput, cycle time, uptime, footprint, utilities, and operator needs.
Generate 2-3 concepts, run tradeoffs, and choose an architecture for fabrication and service.
Identify hazards, reduce risk through design/guarding, and define compliance path early.
Freeze layout, stations, material flow, guarding envelope, and service zones.
Design mechanisms, frames, power transmission with safety factors and simulation.
Create vendor packages, BOM, drawings, and source long-lead parts early.
Build with work instructions, torque specs, and traceability via issue logs.
Execute Factory Acceptance Test (FAT), ship, install, and run Site Acceptance Test (SAT).
Deliver manuals, as-built docs, spares list, training, and change control.
Tailored solutions for specific industrial challenges.
Automated test rigs, vision inspection systems, and quality control stations designed to ensure 100% product compliance.
Bespoke machinery engineered for unique manufacturing processes that standard equipment cannot handle.
Automotive Sector
We engineer components, systems, and machine solutions for durability, NVH, packaging, and serviceability. That includes GD&T, tolerance stackups, DFM, DFA, and build-ready documentation so suppliers can quote and build with confidence. For automotive programs, we also support fixtures, functional test equipment, and testing and validation systems used during development and production. EV transmissions, e-scooters, powertrain components, and vehicle-integrated mechanisms.
Industry Equipment
We design mechanisms, frames, enclosures, and tooling for repeatability, safety, and maintainability—delivering build-ready CAD/drawings and practical fabrication intent. Test benches, validation rigs, dynamometers, and inspection machines plus rugged enclosures (IP67/IP68), wiring harnesses, and structural chassis.
Customer Product
We balance form, cost, manufacturability, and real-world use. That means designing housings and assemblies for injection moulding, die casting, fastening, and reliable assembly, backed by prototypes and manufacturing release documentation. Where needed, we also develop inspection fixtures and systems aligned with testing and validation requirements before launch. Bike computers, handheld devices, enclosures, and automation products such as cart litter robots and pet feeders, built with practical human-factors thinking.
Aerospace & Defence
We support precision design with traceable drawings, material/process selection, fatigue/vibration-aware features, and configuration control for high-reliability builds. RF and rugged handheld devices, test rigs, inspection machines, and sealed IP67/IP68 assemblies.
Medical Devices
We focus on risk-driven engineering, cleanable materials, controlled tolerances, and verification-ready documentation to support compliant builds and supplier audits. This includes lab fixtures, enclosures, mechanisms, and validation tools used in regulated environments. For suitable projects, we can also support needs similar to a Test bench manufacturer where structured performance verification is required.
Robotic & Automation
We design EOAT, fixtures, machine frames, and integration hardware for cycle-time, repeatability, and sensor/actuator interfaces ready for commissioning and scaling. Robotic cells, pick-and-place systems, structural frames, and automation enclosures. Robotics programs benefit from product design and development services that connect mechanical performance to scalable manufacturing.
Precision is driven by industry-leading technology and governed by rigorous international compliance.
Concept to Production Success Story
Our supplier network manufacturing capabilities
Ontario Dynamics is a partner for custom equipment and industrial machine development from requirements and site constraints to build-ready drawings, BOMs, and vendor packages. With 15+ years in automotive and industrial design and development, we design machines that run safely and predictably on the factory floor.
We support projects in two ways: Design-Only or Design-Build. If you already have preferred fabricators, integrators, or an internal build team, we deliver a supplier-ready package and stay involved through vendor Q&A and revisions.
If you want a single accountable partner, we can also manage fabrication, assembly, and commissioning so the system is delivered as a working machine, not just a set of files. Our focus is build ability and uptime: clear interfaces, practical tolerances, standard components, guarding strategy, and acceptance criteria for FAT/SAT. You get disciplined documentation, traceable revisions, and post-handover support (as-builts, manuals, training, and spares) so the equipment remains maintainable and upgradeable over its lifecycle.
15+ years delivering production-grade mechanical and electromechanical designs with build-ready drawings, tolerances, and manufacturability decisions.
A vetted vendor network across machining, sheet metal, plastics, electronics, wiring, and assembly to speed quoting, prototyping, and low-volume builds.
NDA-first workflows with controlled file sharing, revision control, and clear ownership of CAD, drawings, BOMs, and test documentation.
We design around real duty cycles, contamination, vibration, and misalignment—so the machine keeps producing instead of becoming a weekly firefight.
Start-up problems usually come from missing interfaces and unclear intent. We lock I/O, utilities, access zones, and acceptance tests early so FAT and site commissioning are straightforward.
A machine that can’t be serviced is a machine that won’t last. We design access, modular replacements, and standard parts so repairs are fast and downtime stays measurable.
We use practical tolerances, sensible datum schemes, and fabrication-friendly structures so weldments, machining, and assembly go together without “hand fitting” on the floor.
Revisions are inevitable. We keep documentation traceable and decisions recorded so upgrades, spare parts, and future replication don’t turn into reverse-engineering.
Director
Amandeep leads Ontario Dynamics’ product programs from early definition to first build. He’s worked on electric vehicle drivetrains, industrial equipment, and factory automation where designs have to survive real use, real suppliers, and real timelines.
He brings a rare mix of hands-on designing and manufacturing leadership: turning unclear requirements into clear decisions, keeping projects moving when priorities shift, and supporting suppliers during quoting, build, and changes so prototypes turn into repeatable production.
Fun fact: After a first meeting, he once sent a complete risk and test plan the same day before the project even officially started.
Let’s turn your idea into a production-ready product designed and developed for success.
Find quick answers to the most common questions about Inspection Equipment, Custom Automation & Special Purpose Machines
Product & Equipment development Services cover the full journey from concept to production-ready machinery. This typically includes feasibility studies, engineering design, prototyping, testing, and preparing the equipment for reliable long-term use in manufacturing facilities.
Product & Equipment development Services cover the full journey from concept to production-ready machinery. This typically includes feasibility studies, engineering design, prototyping, testing, and preparing the equipment for reliable long-term use in manufacturing facilities.
