CBU Engineering undertakes heavy and general fabrication for mining, industrial, commercial and custom engineering applications — from structural components and machinery parts to repair sections, assemblies and purpose-built steelwork.
CBU Engineering fabricates components, assemblies and steelwork for mining, industrial, commercial and general engineering applications.
The work can range from replacement sections and heavy machinery components to structural steelwork, supports, brackets, frames and purpose-built fabricated assemblies.
Fabricated components and assemblies for heavy machinery, equipment repairs and demanding operational environments.
Fabrication of structural frames, supports and steelwork for equipment, industrial installations and general engineering applications.
New sections can be fabricated where damaged or worn parts of an existing structure need to be removed and replaced.
When an off-the-shelf component does not fit the application, CBU can fabricate purpose-built steel components and assemblies around the actual requirement.
Fabrication is more than cutting and joining steel. The finished component has to become a working part of the equipment, structure or project it was built for.
CBU Engineering undertakes fabrication from individual replacement sections through to substantial assemblies for mining, industrial and general engineering applications.
New components and assemblies are built around the geometry, loading, fitment and practical requirements of the application. The result may be a replacement section, a structural assembly or a completely purpose-built fabricated component.
Heavy plate, sections and fabricated details are combined into components capable of becoming part of larger machinery, structures and engineered assemblies.
Fabricated work can form part of repairs, equipment rebuilds, new installations or custom projects where a robust steel solution is required.
Fabrication starts with understanding what the component, structure or assembly needs to do. From there, the work moves through preparation, fabrication, assembly and completion.
The exact sequence depends on the application, geometry and extent of the work, but the objective remains the same: build a practical steel solution around the actual requirement.
Establish what must be fabricated, how it integrates with the surrounding equipment or structure, and what the finished component needs to achieve.
Steel plate, sections and component parts are prepared for the fabrication work required by the assembly.
Individual parts are formed, positioned and fabricated into the required structural or mechanical assembly.
Fabricated sections are brought together into the complete component, structure or purpose-built assembly.
Where the work forms part of a repair, rebuild or equipment modification, the fabricated component is prepared to integrate with the existing structure.
The completed fabrication is prepared for installation, return to service or the next stage of the engineering project.
Many fabrication projects form part of a larger engineering requirement. A fabricated component may also need machining, structural integration, wear protection or installation as part of a repair or rebuild.
CBU Engineering can combine these capabilities where the job requires more than fabrication alone.
New steelwork can replace damaged sections, restore structural areas or form part of larger repair and reinforcement work.
Fabricated assemblies can be supported by machining where interfaces, mounts, bores or component details require additional engineering work.
Components operating in abrasive or high-wear environments can form part of a wider wear-management strategy where additional protection is required.
New fabricated components can be incorporated into larger machinery repairs, refurbishment work and heavy equipment rebuild projects.
From replacement steelwork and heavy components to custom assemblies, structural fabrication and general engineering work, CBU Engineering can assess the requirement and determine the most practical fabrication approach.