Aerospace Precision Laser Cutting, Avionics Enclosures & Satellite Components
MIL-STD-130 UID Marking, Invar 36, Titanium Grade 5 & Hermetic Avionics Enclosures
Lumicision provides aerospace primes, satellite developers, defense contractors, and communications electronics manufacturers with high-precision 6kW fiber laser cutting, tight-tolerance press brake bending, and permanent MIL-STD-130 UID marking.
Satellite Structural Hardware & Flight-Ready Avionics Enclosures
Precision fabrication of structural, thermal, and shielding components for satellites, space hardware payloads, and defense electronics OEMs across Canada and Europe, leveraging tariff-shielded domestic manufacturing and CETA duty-free export.
Engineering Specification Matrix
Invar 36, Inconel 625/718, Titanium 6Al-4V, Aluminum 2024-T3 / 6061-T6 / 7075, Stainless 15-5/17-4 PH.
Micron-level CNC fiber laser edge positioning and ±0.2° press brake backgauge angle repeatability.
High-power nitrogen-assisted cutting delivering oxide-free, dross-free edges requiring zero secondary grinding.
Complete First Article Inspection Reports (FAIR), lot traceability, and CETA European / Canadian export documentation.
Key Components Manufactured for Aerospace, Satellites & Defense
From single prototype validation to recurring production lots, our calibrated laser cutting, CNC forming, and micro-welding systems deliver extreme dimensional consistency across:
Satellite Structural Optical Brackets
Near-zero thermal expansion optical payload brackets and sensor mounts engineered for low-Earth orbit thermal cycling.
Avionics Chassis & RF/EMI Shielded Enclosures
Laser cut blanks formed on our 200-Ton CNC press brake with laser-welded corners and PEM hardware insertion for flight control computers.
MIL-STD-130 UID Compliance Asset Plates
Permanent high-contrast 2D DataMatrix UID plates certified to survive corrosive salt fog, chemical washdowns, and thermal extremes.
Precision Turbine & Structural Shims
Micro-kerf laser cutting of thin aerospace foil (from 0.001" to 0.125") with burr-free edges, negligible mechanical stress, and minimal HAZ.
Cockpit Control Bezels & Annunciators
Reverse-engraved backlit illuminated instrument panels with NVIS night-vision compatible paint-fill coatings.
Thermal Management Heat Shields
Dimpled and micro-perforated multi-layer heat attenuation baffles for auxiliary power units (APU) and exhaust shrouds.
Aerospace & Mission-Critical Defense Partnerships
Delivering flight-ready components and rugged enclosures for global defense prime contractors, communications manufacturers, and avionics systems integrators.
Core Capabilities Available for Aerospace, Satellites & Defense
200-Ton CNC Press Brake Bending
Precision multi-axis bending for flight chassis, NEMA-rated defense cabinets, and structural brackets.
Machine Specifications →6kW CNC Fiber Laser Cutting
Extreme precision cutting in Invar, Inconel, Titanium, and aircraft aluminum with high-pressure nitrogen.
Machine Specifications →Laser Marking & UID Serialization
MIL-STD-130 compliant UID DataMatrix marking and autoclave-proof annealed serialization.
Machine Specifications →Technical & Procurement Questions
Direct answers from our senior laser applications engineers and quality inspectors.
Do you provide AS9102 First Article Inspection Reports (FAIR) and full CMM documentation?
Yes. For aerospace and defense programs, we supply full AS9102 First Article Inspection (FAIR) packages, 100% ballooned drawings, coordinate measuring machine (CMM) dimensional inspection data, and material test reports (MTR) confirming chemical and physical metallurgy.
Are parts manufactured for defense and aerospace contractors tariff-shielded and CETA compliant?
Yes. All components manufactured at our Richmond Hill facility are 100% Canadian domestic tariff-shielded to eliminate USD exchange rate risk and border delays, and ship duty-free into European Union & UK markets under CETA compliance.
How do you achieve burr-free, dross-free edges on high-temp alloys like Invar, Inconel and Titanium?
We utilize ultra-high-pressure Nitrogen and Argon assist gases (up to 300 PSI) with dynamic adaptive focal optics. By blowing molten material away instantly before it can oxidize or re-solidify, the cut edge is 100% dross-free, eliminating the need for costly deburring or hand grinding.
Can you handle both flat laser blanking and full 3D enclosure bending/welding in-house?
Yes. We operate an integrated, turnkey facility in Richmond Hill. We laser cut the flat blanks on our 6kW fiber laser, form complex flanges and channels on our 200-ton CNC press brake, insert self-clinching PEM fasteners, and laser weld corners under one roof, guaranteeing tight overall assembly tolerances.
Explore Other Manufacturing Verticals
All Industries Hub →High-Conductivity Copper Busbars, Hairpins & Dissimilar Metal Laser Micro-Welding
Corrosion-Resistant Laser Annealing, 2D DataMatrix Codes & Hermetic Laser Micro-Welding
Sub-100 Micron Channel Geometry, Absorber-Free Bonded Glass/PMMA & Microfluidic.tech Network
1.0" Thick Carbon Steel Laser Blanking, Heavy Machine Tables & Robot Arm Brackets
Oversize 5x10 ft Laser Cut Panels, Corten Steel Cladding & Architectural Brass Accents
3D Dimensional Metal Typography, Halo-Lit Monuments & AODA Tactile Braille Systems
Multi-Material Merchandising Towers, CNC Router Acrylic Displays & Modular Flat-Pack Kitting
Artisan Laser-Cut Furniture Frames, Custom Solid Brass Hardware & PVD Finishes
TED Talks Speaker Trophies, 3D Laser Relief Engraving & Mirror-Polished Metal Awards
Ready to Prototype or Scale Aerospace, Satellites & Defense Components?
Upload your STEP, DXF, or CAD models for rapid DFM evaluation, guaranteed tolerances, and rush 24-48h turnaround from our Richmond Hill facility.