Steel Fabrication Services in Nova Scotia

CME provides steel fabrication services in Nova Scotia for marine, industrial, manufacturing, repair and custom engineering projects. Our capabilities include steel cutting, forming, rolling, structural fabrication and welding for components and assemblies of different sizes and applications.

From custom industrial components to marine structures and repair work, CME combines steel fabrication with welding, machining, engineering and mechanical services to support complex projects.

CME provides structural steel fabrication in Nova Scotia for industrial and marine applications. Fabricated components can be produced according to project drawings, dimensions, engineering requirements and specifications.

Our structural fabrication capabilities can support:

• Steel structures
• Equipment supports
• Machinery bases
• Platforms
• Industrial components
• Marine structures
• Custom steel assemblies
• Structural repair components

Depending on the project, fabrication may include cutting, forming, rolling, fitting, drilling and welding.

Many industrial and marine projects require components that are not available as standard products. Custom metal fabrication allows components to be manufactured according to specific dimensions, drawings and application requirements.

CME can support custom fabrication for:

• Replacement components
• Equipment modifications
• Custom assemblies
• Industrial machinery
• Marine components
• Repair components
• Equipment supports
• Specialized steel structures

Custom fabrication can also support equipment repair and modification projects where replacement components need to be manufactured to existing dimensions or specifications.

CME provides industrial steel fabrication for manufacturing, mining, power generation, oil and gas and other industrial applications.

Fabricated steel components may be used for machinery, equipment supports, industrial structures, maintenance projects and custom assemblies.

Where required, fabrication can be combined with welding, machining, engineering and mechanical services, allowing multiple project requirements to be coordinated through one service provider.

Marine projects often require durable fabricated components for vessel construction, repair and modification.

CME provides marine steel fabrication in Nova Scotia for applications including:

• Vessel construction
• Ship repair
• Marine structures
• Work boats
• Tugs
• Deck structures
• Marine equipment
• Custom vessel components

Marine fabrication can be coordinated with CME’s boat building, ship repair, welding, machining and marine engineering capabilities.

CME’s fabrication facilities provide equipment for processing and forming steel and other metals.

Capabilities include:

• Plate shearing
• Plasma cutting
• Plate rolling
• Structural rolling
• Pipe and structure rolling
• Iron working
• CNC press-brake forming
• Metal cutting
• Welding

The appropriate fabrication process depends on the material, thickness, dimensions and specifications of the project.

For components requiring curved or formed sections, plate rolling and other forming processes can be used to produce the required shape and dimensions.

Steel fabrication and welding are often performed together on industrial and marine projects.

A typical project may involve:

Engineering → Material Preparation → Cutting → Forming → Fit-Up → Welding → Inspection → Finishing

CME provides both fabrication and welding capabilities, allowing these processes to be coordinated within the same project.

CME’s welders and fabricators are certified to meet applicable CSA W47.1 and W47.2 requirements, with certified high-pressure pipe welding and fabrication also available.

Some fabricated components require precision machining after fabrication. Depending on the project, this may include machining of holes, bores, flanges, alignment surfaces, shafts or custom interfaces.

CME also provides engineering capabilities that can support equipment design, machine design, lifting equipment design, project consulting and other industrial requirements.

Combining engineering, fabrication and machining can help coordinate the manufacturing requirements of complex components and assemblies.