Custom profile design
Cross-sections developed around function, mass, stiffness, interfaces, tooling, finish, and downstream operations.
EXO MATERIAL DIVISION / ALUMINU
Seamless aluminum systems, built to move.
Aluminu develops seamless aluminum casework, precision enclosures, and transportable kitchens alongside telescoping profiles, modular frames, and integrated fabrication.
ALUMINUM PRODUCT DEVELOPMENT
From seamless enclosure to transportable system.
Aluminu develops custom aluminum products as complete systems: telescoping profiles, seamless casework, precision enclosures, transportable kitchens, lightweight frames, and the manufacturing route required to repeat them.
Alloy, geometry, joining, finish, movement, transport, and service access are resolved together so the visible product and the process behind it stay aligned.
CAPABILITIES
Six capabilities. One continuous aluminum system.
From seamless casework and enclosures to transportable kitchens, every process is selected around the finished product and how it will move, work, and last.
Seamless casework + enclosures
Laser-cut, formed, and laser-welded aluminum bodies developed with clean corners, controlled openings, concealed access, and continuous finish.
Transportable kitchens
Compact aluminum kitchen systems coordinate work surfaces, appliances, plumbing, storage, telescoping support, transport, and deployment as one product.
Integrated assembly
Welding, mechanical fastening, adhesives, inserts, and concealed connections selected around service and visible quality.
Secondary operations
Cutting, drilling, milling, tapping, routing, and other operations connected to the extrusion or fabrication plan.
Finish development
Raw, brushed, anodized, powder-coated, and project-specific finish routes controlled with real samples and standards.
BUILD WITH ALUMINU
Have an aluminum product that needs a better manufacturing route?
Bring the function, existing geometry, annual quantity, material direction, finish, critical interfaces, target cost, and current supplier constraints.