Industrial Machinery & Equipment Manufacturing
Precision fabrication and machining for gears, shafts, frames, and automation components.
ISO 9001:2015
Made in Canada
Years of Experience
Satisfied Customers
Overview
Industrial machinery demands tight tolerances, structural integrity, and reliable uptime. Pearson Manufacturing supports these builds with large-part machining, gear cutting, welded structures, and mechanical assembly — fulfilled either at our Ontario facility or through trusted Canadian partners. We coordinate documentation, special processes, and delivery under one QA umbrella so you can focus on throughput and performance.
Quick Specs
| Workstream | Best For | Speed | Notes |
|---|---|---|---|
| Prototype / Tooling | One-off jigs, fixtures, trial gears | Fast | Quick-turn with DFM feedback; flexible materials/finishes |
| Production Components | Repeat shafts, housings, brackets | Medium | Stable routing & fixtures; traceability package |
| Heavy Weldments | Frames, bases, machine structures | Medium | Weld procedure control; stress relief & machining allowances |
| MRO / Spares | Replacement gears, rollers, adapters | Fast | Reverse engineering support; form/fit/function focus |
Capabilities We Provide Access To
- Large-part CNC milling & turning (horizontal & vertical) with multi-axis setups
- Gear hobbing, shaping, and spline cutting; keyway broaching and slotting
- Robotic & manual weld fabrication of frames, bases, and guards; weld maps on request
- Precision boring, drilling, tapping, and deep-hole features; alignment & pinning
- Surface & cylindrical grinding; flatness/parallelism-critical faces
- EDM (wire/sinker) for difficult features and hardened blocks (by routing)
- Heat treatment & coating coordination with full certification
- Mechanical subassembly & system integration with test/fit validation
- Inspection packages: CMM/vision, material & HT certs, FAIR/FAI if requested
DFM & Standards Tips
- Define a clear datum scheme and stack tolerances realistically; reserve tight position/concentricity for critical fits only.
- Use standard hole families (H7/H11) and preferred drill/tap sizes; avoid uncommon threads unless required.
- For weldments, design accessible joints and include machining stock on critical faces to remove distortion.
- Specify bearing and shaft fits by ISO class (e.g., H7/g6) and note surface finish on seal/bearing lands only where functional.
- Consolidate components where possible; add locating pins/slots for repeatable assembly and serviceability.
- Call out coating type and masked/ground points (bonding/earthing) to prevent rework.
We’ll review your model/drawing, special processes (HT/NDT/coatings), and measurement plan, then confirm achievable tolerances and the right routing (in-house or partner) before kickoff.
Why Partner with Pearson?
- Hybrid routing for capability, cost, and schedule — managed under one QA umbrella
- Prototype-to-production continuity with stable fixtures and repeatable processes
- Access to large-format machines and gear capabilities without multi-vendor coordination
- Traceable documentation with optional FAIR/NDT per project requirements
- Responsive quoting and a single point of contact for logistics & delivery
Equipment Used In-House or By Our Partners
- 5-axis CNC mills, HMCs with tombstones, and VMCs (large envelopes)
- Multi-axis lathes with live tooling; large-bore turning (by routing)
- Floor-type & table-type horizontal boring mills (by routing)
- Robotic welding cells, positioners, and manual welding stations
- Surface & cylindrical grinders; keyseaters and broaches
- CMMs, laser/optical measurement; hardness & coating thickness checks
- Stress-relief ovens and shot blasting/finishing equipment (by routing)
Typical Industrial Applications
- Gearboxes, reducers, and power transmission components
- Precision shafts, rollers, couplings, and hubs
- Machine frames, bases, guards, and structural weldments
- Bored & faced housings, plates, and alignment-critical brackets
- Custom fixtures and tooling for production lines
- Automated assemblies, rotary tables, and indexing units
Industrial Machinery FAQs
Is everything manufactured in-house?
Select industrial parts are produced at our Ontario facility; others are fulfilled through vetted Canadian partners. We coordinate quoting, QA, and logistics end-to-end.
What tolerances are realistic for large parts and weldments?
Baseline guidance: machined metals ±0.001–0.002″ on critical features; fabricated/welded features ±0.005–0.015″ depending on size and process. Tighter limits may be achievable after engineering review.
Can you manage heat treatment and coatings?
Yes — normalize, Q&T, induction harden, nitriding, carburizing, and common coatings/finishes with full certification.
Which materials do you support?
Carbon and alloy steels (1018/1045/4140), stainless (304/316), aluminum (6061/7075), bronze/brass, tool steels, and engineering plastics.
How should I scope my RFQ?
Share CAD + PDF with GD&T, material/HT, coating/paint, functional fits (e.g., bearing classes), quantities, and timeline. Start your industrial quote — include material/HT, coating, fit classes (e.g., H7/g6), quantities, and schedule.
Ready for Precision Industrial Machinery Parts?
Let us match you with the right partner or fulfill your build in-house — get a fast, detailed quote today.
Request an Industrial Quote