Machine and automation frames
Modular structures, guards, workstations, equipment bases, fixtures, and reconfigurable assemblies.
Application pathway
Industrial & OEM
Purpose-built sections for machinery, enclosures, automation, transport, and thermal management.
Application guide
Where the profiles are used.
Industrial extrusion turns a constant cross-section into a functional component. Ribs, slots, screw ports, fins, locating faces, cable paths, snap features, and finished surfaces can be combined to reduce separate parts and downstream operations.
Enclosures and housings
Frames, covers, panel edges, electronics housings, LED channels, and access components.
Transport and fabricated products
Vehicle bodies, cargo systems, ladders, furniture, racks, and lightweight structural assemblies.
Thermal and process equipment
Heat sinks, filter frames, conveyor guides, supports, and application-specific process profiles.
Machine frame field view
See how the extrusion carries machine interfaces.
This illustrative field visual shows a modular aluminium machine frame, guarding, conveyor interfaces and a technician check. It is representative only; loads, guarding, fasteners and safety validation require project-specific engineering.
Assembly mechanics
How the assembly works.
These principles explain the role of the extrusion inside the finished assembly. Final dimensions and performance must be checked against the project design and selected hardware.
Principle 01
The cross-section integrates functions
Material is placed around load paths, interfaces, fasteners, seals, heat flow, or visible faces instead of using a generic block.
Principle 02
Features locate mating parts
Slots, shoulders, bosses, and channels create repeatable datums for panels, fasteners, inserts, bearings, or electronics.
Principle 03
Secondary work creates local detail
Cutting, drilling, tapping, milling, bending, joining, and finishing turn the continuous extrusion into an assembly-ready part.
Principle 04
Inspection protects repeatability
Critical dimensions, twist, straightness, cut length, machining position, and finish are checked against the agreed drawing.
Engineering fit
Match the challenge to the profile strategy.
Common requirements
What the application must account for
- Functional geometry
- Machining requirements
- Repeat supply
Profile response
How aluminium profiles can help
- Custom cross-sections
- Alloy guidance
- Fabrication-ready delivery
Technical decision points
Information that drives profile selection.
Load case and stiffness
Span, supports, force direction, deflection, vibration, impact, and joint behaviour determine material placement.
Extrusion geometry
Wall balance, hollow features, radii, tongues, pockets, and section size influence manufacturability and consistency.
Tolerance strategy
Separate truly functional dimensions from general dimensions and define datums around the final assembly.
Alloy and temper
Strength, extrudability, machining, bending, welding, anodizing, and finish requirements guide material selection.
Machining and assembly
Tool access, workholding, burr control, thread engagement, insert method, and joining sequence should be designed together.
Supply economics
Tooling, sampling, cut yield, batch size, annual demand, packaging, and stock policy shape the production route.
Practical technical facts
Part consolidation can simplify assembly
Integrated grooves, bosses, and locating faces may replace brackets, spacers, or separate covers.
Datums should follow function
Inspection and machining are more reliable when reference faces reflect how the component mates in the final product.
Finish adds material
Anodizing or powder coating can affect tight fits, sliding surfaces, thread preparation, and cosmetic acceptance.
Thermal fins need airflow
Added surface area only improves cooling when heat reaches the profile and air can move around the fins.
Profile pathways
Recommended product families
Machinery & FabricationIndustrial Profiles
Structural, thermal-management, enclosure, and automation sections for industrial applications.
606160636005
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Designed Around Your ApplicationCustom Aluminium Extrusions
Application-specific profiles developed from drawings, samples, performance needs, and fabrication constraints.
Application dependent
View profile familyDrawing-led RFQ
Have a profile drawing for industrial & oem?
Send the cross-section and application context for manufacturability review. Customer-specific geometry remains confidential and is not published as a case study.