Aluminum Profiles

Compact profile for light structures.

Ideal for small assemblies, testing stations, or enclosures. Lightweight 6063 alloy ensures rigidity, precision, and easy integration with accessories and panels.

Strong and versatile.

Perfect for modular shelves, light frames, and protective barriers. Combines reduced weight with high resistance, offering easy assembly and durable industrial performance.

Balanced strength and adaptability.

Used for workbenches, conveyors, and support frames. The anodized finish resists wear and oxidation, ensuring long-lasting use and visual uniformity in production areas.

High-strength profile for heavy-duty frames.

Supports machinery bases, equipment guards, and large modular structures. Guarantees load stability, dimensional precision, and compatibility with multiple connection systems.

Curved modular component.

Used for rounded corners, ergonomic stations, and safety guards. The smooth anodized surface enhances aesthetics and safety in manufacturing and assembly layouts.

Tubular and ergonomic structure.

Ideal for transport trolleys, adjustable stations, or production carts. Lightweight aluminum allows quick assembly, continuous flow, and flexibility for dynamic manufacturing lines.

Robust profile for demanding projects.

Designed for vertical frames, structural supports, and machinery bases. Offers high stability, excellent rigidity, and perfect alignment in heavy-duty industrial environments.

High-capacity modular design.

Used in automated systems, robotics, or large industrial enclosures. Provides outstanding strength and precision while maintaining clean lines and corrosion resistance.

Maximum strength and stability.

Intended for high-load structures, large work cells, and fixed installations. Combines excellent rigidity, alignment, and long-term performance for heavy production setups.

Asymmetric profile for versatile configurations.

Ideal for multi-level frames, conveyors, and integrated systems. Its geometry allows easy combination with other profiles, improving design flexibility and load capacity.