Custom equiment Channels

Custom equipment channels are available from specialized metal fabrication companies that design and produce bespoke metal U- or C-shaped profiles to exact specifications for various structural, mounting, and support applications. These channels differ from standard options by offering specific cross-sectional dimensions, unique hole patterns, or integrated features tailored to a particular project's needs.

Materials and Manufacturing Processes

Custom equipment channels are made from a range of materials using specific techniques to ensure durability and optimal performance.

Materials:

Carbon Steel: Widely used for its strength and structural integrity in construction and industrial machinery support.

Aluminum: Chosen for lightweight needs, high strength-to-weight ratio, and natural corrosion resistance.

Stainless Steel: Utilized in corrosive or high-hygiene environments (e.g., food processing, marine) for its superior resistance to heat and rust.

Processes:

Roll Forming: An efficient method for creating consistent C- or U-shaped channels in high volume.

Bending/Forming: Using press brakes to bend flat metal stock into precise channel shapes.

Cutting: Methods include laser cutting, plasma cutting, and CNC cutting for precise dimensions and hole placement.

Welding: Spot welding or plug welding to create combinations of channels or add reinforcing elements.
Applications and Features

Custom equipment channels serve various purposes where standard products are inadequate:

Structural Support: Used in building frames, bridges, and industrial structures to distribute loads and provide stability.

Machinery Mounting: Provide a secure foundation for industrial equipment, conveyor systems, and storage racks, often customized to specific machine dimensions.

Cable Management: Can be designed with specific slots or holes for cable routing, forming part of a larger channel support system for electrical or data infrastructure.

Seismic/Wind Protection: Custom engineered for rooftop applications to meet specific building codes and resistance requirements against environmental forces.