01
Welding
SAW, MIG, TIG and SMAW processes for marine components and structural assemblies.
Our capabilities
The right skills.
The right solution.
Cutting, rolling, forming and welding capabilities for marine components, crane structures and offshore equipment.
Workshop expertise
Six ways we bring
your project to life.
Choose a service to explore our processes and equipment. Our team can advise on the requirements of your specific component or assembly.
02
CNC cutting
CNC flame and plasma cutting, with a listed 3,000 × 12,000 mm plate size.
03
Steel fabrication
Nozzles, rudders, crane structures, winch assemblies and heavy steel fabrication.
04
Bending & forming
550-ton bending and 400-ton forming equipment for cones, bends and thick sections.
05
Plate rolling
High-tensile and Hardox / Weldox plate rolling for curved and cylindrical sections.
06
Supporting services
Plate shearing up to 16 mm × 6 m, drilling and workshop handling.
Published workshop capabilities
Check the fit for your next job.
Specific process limits help you assess a fabrication partner. These specifications are recorded in our company profile.
CNC plasma / flame profile cutting equipment
Send your requirements| Process | Published specification |
|---|---|
| Hydraulic bending | 550-ton press brake for cones, small-radius bends and thick-section forming. |
| Hydraulic forming | 400-ton hydraulic press with NC control. |
| Plate shearing | Plates up to 16 mm thick and 6 m long. |
| High-tensile plate rolling | Up to 10 ft length × 2 in thickness (3,048 × 50.8 mm). |
| Hardox / Weldox rolling | Up to 10 ft length × 1 in thickness (3,048 × 25.4 mm). |
| CNC flame cutting | Mild steel up to 300 mm thick; listed plate size 3,000 × 12,000 mm. |
| CNC plasma cutting | Stainless steel: 25 mm production piercing; 50 mm severance capacity. Listed plate size 3,000 × 12,000 mm. |
| Radial drilling | Holes up to Ø 50 mm, subject to tooling availability and project requirements. |
| Welding | SAW, MIG, TIG and SMAW processes, including a 4 m × 4 m column-and-beam submerged arc welding machine. |
Equipment capacities are indicative and subject to technical review. Achievable limits depend on material grade, dimensions, tooling and inspection requirements. Please contact our team to confirm suitability for your project.
Planning your project
A clear brief.
A practical conversation.
The more we understand about your requirements, the better we can assess the fabrication approach.
Talk to our teamInclude the component or structure, material grade,
dimensions, quantity, drawings where available, inspection requirements and your requested delivery
date.
Send your drawings and specifications for review. Our team
will confirm suitability, clarify any requirements and discuss the next steps before a quotation is
prepared.
Capacity depends on the material, dimensions, process and
workshop schedule. Contact our team with your project details for confirmation. Published equipment
specifications are a guide.
Have a fabrication requirement?
Send us your drawings.
Share the material grade, dimensions, quantity and delivery target. Our team can review your requirements and discuss a quotation.
Welding for marine components and structural assemblies, with the process selected to suit the material and specification.
- Submerged arc welding (SAW), including a 4 m × 4 m column-and-beam machine
- Metal inert gas welding (MIG)
- Tungsten inert gas welding (TIG)
- Shielded metal arc welding (SMAW)
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.
CNC plasma and flame profile cutting for plate preparation and shaped steel components.
- Listed plate size: 3,000 × 12,000 mm
- Flame cutting: mild steel up to 300 mm thick
- Plasma cutting: stainless steel up to 25 mm production piercing
- Plasma cutting: 50 mm stainless steel severance capacity; this is a different limit from production piercing
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.
Fabrication and repair experience across marine components, crane structures and offshore equipment.
- Kort nozzles, rudders, stern rollers and stern-tube components
- Crane jibs, foundations and pedestals
- Winches, spooling devices and pull-in beams
- Grab repairs and heavy structural assemblies
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.
Hydraulic bending and forming for cones, small-radius bends and thick plate sections.
- 550-ton hydraulic press brake
- 400-ton hydraulic forming press with NC control
- Capacity depends on material grade, bend length, geometry and tooling
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.
In-house plate rolling for curved and cylindrical steel components.
- High-tensile plate: up to 10 ft length × 2 in thickness (3,048 × 50.8 mm)
- Hardox / Weldox: up to 10 ft length × 1 in thickness (3,048 × 25.4 mm)
- Achievable radius and thickness depend on material and component geometry
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.
Supporting processes for material preparation, fabrication and assembly.
- Hydraulic shearing: up to 16 mm plate thickness × 6 m length
- Radial drilling: holes up to Ø 50 mm, subject to tooling
- Hole punching, grinding and material preparation
- Overhead cranes for workshop handling and positioning
Published equipment specifications are a guide. Send your drawings to confirm material suitability, capacity and lead time for your job.