Status: Engineering_Verified

High-fidelity industrial infrastructure for Montreal's plant floors.

Custom mechanical engineering and design for the Greater Montreal manufacturing sector. We draft, fabricate and install load-bearing platforms, machine safety guarding, and precision vertical access systems.

PROJECTS_DELIVERED76SINCE_2021
TEAM_SIZE2ENGINEERS
TOLERANCE±0.125 mm machining±2.5 mm welding
FOLLOW_UP24_HOURS
Aerospace manufacturing plant interior with mezzanine and machine guarding
Ref: MS26999-MTL
Type: Mezzanine + Guard Cell
Site: Montreal, Saint-Laurent
FEA_OPTIMIZED/CSA-S16-19_COMPLIANT/CNESST_READY/OIQ_STAMP_AVAILABLE

Capabilities

Every component is drafted to CSA-S16-19 standards and validated through structural FEA analysis before fabrication.

Pick a discipline to see scope, applicable codes, and recent reference projects:

01 // SYSTEM_GUARDS

Machine Safety Guarding

Machine Safety Guarding

[ISO 14120] Interlocked perimeter fencing and fixed barrier systems designed for high-cycle robotic and CNC cells.

02 // ACCESS_STRUCT

Platforms & Stairs

Platforms & Stairs

[NBC 2020] Mezzanine access, catwalks, and industrial stair towers in galvanized steel or architectural aluminum.

03 // FAB_PROTOTYPE

Custom Tooling & Jigs

Custom Tooling & Jigs

[ASTM E8] Precision jigs and ergonomic fixtures for assembly lines requiring non-standard integration.

SECTION_04 // MODEL_VIEW

Inspect a reference platform.

Drag to rotate. Scroll to zoom. A representative mezzanine cell with integrated guard rail, toe-kick and access stairs — the same building blocks we engineer for Greater Montreal plant floors.

  • DECK4.0 × 3.0 m
  • RAIL_HEIGHT1050 mm
  • MACHINING_TOL±0.125 mm
  • WELDING_TOL±2.5 mm
  • CODECSA-S16-19
MODEL_VIEW // INTERACTIVE
REF: MS26999-MTL
TYPE: SERVICE_PLATFORM // HYDRAULIC_ACCESS
DECK_H: 2400 mm // SCALE: 1:1
DRAG // SCROLL // ROTATE
SECTION_05 // 03 // ENGINEERING_PROCESS

From first call to commissioning.

  1. STEP_P1

    Site walk & measure

    I come to your floor with a tape, a notebook, and (when needed) a 3D LIDAR. We map clearances, anchor points, utilities, and traffic patterns before a single line is drafted.

  2. STEP_P2

    Concept & feasibility note

    Within five business days you receive a 2-page note: constraints, code references (CSA, NBC, CNESST), 2–3 sketched options, and an honest budget envelope. A preliminary design is also sent for your approval before detailed work begins.

  3. STEP_P3

    Detailed design & calculations

    Autodesk Inventor Professional 2026 3D models, FEA on critical members, and full GD&T fabrication drawings. Every load case is documented and shareable with your insurer or PE.

  4. STEP_P4

    Fabrication oversight

    I source through the Axya platform to match the best price to the lead time the project actually needs, then work with a vetted shortlist of Montreal-area welders and machinists. Weekly shop visits, weld inspection, and dimensional QA before anything ships.

  5. STEP_P5

    Install & sign-off

    On-site during install with RBQ-licensed installation partners — Gastier, Courtval, SIS, Dawco, Lilja and Industrie-L — anchor torque verified, and a complete handoff package: STEP, DWG, stamped PDFs, operator manual, and CNESST risk assessment.

SECTION_06 // Section_05 // ENGAGE

Have a drawing, a problem, or just a square footage?

Send the brief. A senior engineer reviews every inquiry and responds within one business day with a feasibility note and ballpark range.

NASA Space Launch System with Orion capsule lifting off from Launch Pad 39B
+ A1B1 ++ A2SCALE 1:1 +Start_a_Project →