Marine Fabrication Machinery Australia
Precision metal fabrication machinery for Australian shipbuilders, commercial boat builders, marine fabricators and naval construction workshops. From hull plate shearing to structural steel forming — Power Machinery supplies the full range.
Marine and Shipbuilding Sectors we Supply
Australian marine fabrication spans a wide range of vessel types, construction methods and production scales. Power Machinery supplies precision metal fabrication equipment across all of them.
- Commercial Shipbuilding – Ferries, tugboats, barges, dredges and workboats. Structural steel hull fabrication, deck plating and superstructure construction requiring heavy-duty plate rolling, shearing and forming.
- Aluminium Boat Building – Plate aluminium vessel construction for patrol boats, fishing vessels, tenders and recreational craft. Precision cutting and bending of marine-grade aluminium sheet and plate.
- Naval and Defence Marine – Structural components, hull sections, deck equipment foundations and internal framework for naval vessels and support craft requiring certified precision fabrication.
- Offshore and Oil and Gas – Structural steelwork for platforms, barges, accommodation modules and support vessels. Heavy plate rolling, high-strength steel forming and precision shearing operations.
- Marine Repair and MRO – Dry dock and repair workshops requiring versatile cutting and forming equipment for replacement plate, section steel, pipe support structures and on-vessel metalwork.
- Superyacht and Luxury Craft – High-finish stainless steel and aluminium fabrication for superyacht structural components, deck fittings, interior framework and custom marine hardware.
- Marine Equipment Manufacturers – Manufacturers of winches, davits, anchoring systems, hatches, marine HVAC systems and deck equipment — all requiring precision sheet metal and structural fabrication.
- Port and Harbour Infrastructure – Fabrication of gangways, pontoons, mooring structures, fender systems and marine civil infrastructure components manufactured from structural steel and aluminium.
Where our Machines Fit in Marine Fabrication
Marine and shipbuilding fabrication follows a sequential process from raw plate to finished structure. Power Machinery supplies precision equipment across every stage.
Plate & Section Blanking
Hull plate, deck plate and structural steel sheared to blank size using CNC guillotines
Bar and Section Cutting
Structural frames, stiffeners, longitudinals and marine hardware bar stock cut to length with metal bandsaws.
Plate Rolling
Hull shell plating, tank shells, cone sections and curved structural elements formed on plate rolling machines.
Forming and Bending
Brackets, gussets, bulkhead plates and structural profiles formed to shape on CNC press brakes
Assembly and Welding
Precisely cut and formed parts assembled into hull sections and structural modules — clean edges reduce weld prep time and improve joint quality.
Marine Fabrication Machinery
Each machine category below covers the specific marine and shipbuilding fabrication applications it serves, the models available from Power Machinery, and why it matters to your production.
Metal Bandsaws for Marine Fabrication
In a marine fabrication workshop, the bandsaw is one of the most frequently used machines on the floor. Structural steel frames, longitudinal stiffeners, web frames, bulkhead flat bar, RHS columns and solid bar for marine hardware all need to be cut to length before any other fabrication operation takes place. A reliable, accurate bandsaw is foundational to production flow.
The MEP Shark bandsaw series, manufactured in Italy to exacting industrial standards, is one of the most widely trusted ranges in Australian metal fabrication. Built with robust cast iron construction, precision blade guide systems and variable blade speed control, MEP bandsaws handle the full range of marine materials — from mild steel plate and structural sections to marine-grade stainless and aluminium. The Hydmech range extends cutting capacity for shipyards working with heavier structural sections and large-format billet stock.
For marine fabricators, the key selection criteria are cutting capacity relative to the heaviest structural section you regularly process, feed automation for production throughput, and mitre capability for angular cuts on structural frame joints.
Capacity: 280 x 200mm
Capacity: 280 x 220mm
Capacity: 280 x 220mm
Capacity: 330 x 260mm
Capacity: 510 x 320mm
Capacity: 650 x 450mm
Capacity: 360 x 360mm
Capacity: 558 x 558mm
Marine and Shipbuilding Applications
- Structural frame and web frame section cutting
- Marine hardware solid bar and billet cutting
- Pipe support and penetration frame sections
- RHS and SHS column stock for superstructure framing
- Longitudinal stiffener and flat bar cut-to-length
- Stainless steel bar for deck fittings and hardware
- Keel and keelson structural steel section cutting
- Bulkhead stiffener and bracket bar stock
- Aluminium extrusion and section cutting for aluminium vessels
- Davit and winch mounting bracket bar stock
CNC Press Brakes for Marine Fabrication
Press brakes are a critical forming machine in every marine fabrication workshop. Wherever a flat steel or aluminium blank needs to become a bracket, gusset, flange, deck fitting plate, watertight door frame, or structural knee — a CNC press brake is doing that work. The accuracy of the bend directly determines how well the component fits during assembly, and how much time is lost to rework and adjustment at the berth.
Power Machinery supplies the Ermaksan CNC press brake range — the Microbend, Powerbend Pro, and Speedbend — manufactured from high-strength monoblock St44 steel and engineered for consistent, repeatable bending performance. All three models feature advanced CNC controllers (Delem or ESA), multi-axis backgauges for precise positioning, and CNC crowning systems that compensate for beam deflection to maintain angle consistency across the full bed length. For marine fabricators working with thick plate and wide components, this is essential.
The Ermaksan range covers tonnages from 40 tonne (Microbend, for light marine sheet work) through to 400+ tonne (Powerbend Pro, for heavy structural plate forming in commercial shipbuilding). Bed lengths extend to 6000mm on the Powerbend Pro, suited to long structural plates and deck component forming in larger vessel construction.
Key Features:
- Delem / ESA CNC controllers
- Multi-axis backgauges (X, R, Z1, Z2)
- CNC crowning — consistent bend angle full length
- Servo-hydraulic, energy-efficient drive
Bending Force: 1m x 40 tonnes
Bending Length: 1200-4000mm
Bending Length: 1200-4000mm
Marine and Shipbuilding Applications
- Hull frame knees, gussets and structural brackets
- Watertight door frame and hatch coaming forming
- Tank top plate angle forming and floor brackets
- Ramp, gangway and access system structural components
- Bulkhead stiffener flanging and web forming
- Superstructure panel forming and cladding brackets
- Stainless steel forming for deck hardware and galley equipment
- Deck fitting pads and equipment foundation plates
- Aluminium plate forming for aluminium vessel construction
- Offshore structural node and gusset forming
Plate Rolling Machines for Marine Fabrication
Of all the machine types in a marine fabrication workshop, the plate roller is perhaps the most specifically marine in its application. Vessel hull shell plating is curved — and those curves are formed on a plate rolling machine. Whether you’re rolling mild steel plate into hull shell sections for a workboat, forming aluminium cone transitions for a naval vessel, producing tank shell cylinders for a barge, or creating curved superstructure panels for a ferry — a plate roller is the machine that makes it possible.
Power Machinery supplies the Lemas and Swebend plate rolling machine ranges in both 3-roll and 4-roll configurations. Three-roll machines are the productive workhorse for high-volume rolling of standard curved sections. Four-roll machines offer the advantage of holding the plate between the two lower rolls during the pre-bending phase, eliminating the need to reposition the plate — delivering faster cycle times, more consistent pre-bending, and a smaller flat end on the leading edge. For precision marine hull work where consistency across multiple identical shell plates is essential, the 4-roll configuration is the preferred choice.
Both the Lemas and Swebend ranges are engineered for the sustained, heavy-load rolling operation that marine fabrication demands — with the capacity to handle the plate thicknesses and widths used in commercial and naval vessel construction.
Marine and Shipbuilding Applications
- Hull shell plating — curved sections for vessel hull construction
- Circular bulkheads and watertight dome ends
- Deck camber forming on curved deck plates
- Pontoon and barge hull shell panel rolling
- Tank shell cylinders for fuel, ballast and cargo tanks
- Curved superstructure and wheelhouse cladding panels
- Offshore platform jacket node shells and connecting members
- Cone sections and transition pieces for vessel bows and sterns
- Aluminium plate rolling for aluminium vessel hull construction
- Pipe support collars and sea chest gratings
Metal Guillotine
In a marine fabrication workshop, high-volume sheet metal shearing is the gateway operation for almost every structural and outfitting component that starts life as flat plate. Hull plate blanks, bulkhead panel blanks, deck plate sections, bracket blanks, stiffener backing plates, and the hundreds of smaller steel and aluminium parts that go into a vessel’s outfitting — all start with a guillotine cut.
Power Machinery supplies the Ermaksan CNC hydraulic guillotine range — the HGS, HGD and HVR — along with the Cidan and Fintek sheet metal shear ranges. The Ermaksan CNC guillotines feature programmable CNC back-gauges with position memory, variable rake angle adjustment for clean cuts across different material thicknesses, and the cutting capacity to handle the structural steel and marine-grade aluminium that shipbuilding workshops process daily.
The CNC back-gauge is particularly valuable in a marine production environment where the same blank size is repeated across many structural components in a vessel build. Stored programs eliminate the need to re-measure and re-set for each material type and thickness, improving throughput and reducing the risk of measurement error on structural components.
Marine and Shipbuilding Applications include:
- Hull plate panel blanking for shell plating operations
- Structural bracket and gusset blank production
- Floor plate and chequer plate cutting for engine rooms and working decks
- Marine outfitting component blanks — hatches, vents, frames
- Bulkhead plate shearing to structural panel dimensions
- Aluminium sheet shearing for aluminium vessel construction
- Deckhouse and superstructure panel blanking
- Deck plate section cutting for weatherdeck and main deck plating
- Stainless steel sheet cutting for galley, accommodation and tank linings
- Tank top and inner bottom plate sections
Typical Machines for Marine and Shipbuilding Manufacturing
| COMPONENT/PART | TYPICAL MATERIAL | PRIMARY MACHINE | SECONDARY MACHINE | INDUSTRY SEGMENT |
|---|---|---|---|---|
| Hull Shell Plate Station | Mild Steel Plate | Ermaksan CNC HGS Guillotine (blank) | Plate Roller (curve form) | Commercial Shipbuilding |
| Web Frame/Structural Ring Frame | Steel Bar and Flat Bar | Ermaksan CNC HGS Guillotine (blank) | Ermaksan Press Brake (flange form) | All vessel types |
| Longitudinal Stiffener | Flat Bar/Bulb Flat | MEP Shark Bandsaw | Ermaksan Press Brake (tee flange) | Commercial and Naval |
| Bulkhead Panel | Mild Steel Plate | Ermaksan CNC HGS Guillotine (blank) | MEP Shark Bandsaw | All vessel types |
| Tank Shell Cylinder | Steel Plate | Plate Roller (cylinder form) | Ermaksan CNC HGS Guillotine (blank) | Fuel and ballast tanks |
| Structural Knee/Gusset Bracket | Mild Steel Plate | Ermaksan CNC HGS Guillotine (blank) | Ermaksan Press Brake (form) | Commercial Shipbuilding |
| Aluminium Hull Shell Plate | Marine Grade Aluminium | Ermaksan CNC HGS Guillotine (blank) | Plate Roller (curve form) | Aluminium boat building |
| Hatch Coaming Frame | Mild Steel/Aluminium | Ermaksan Press Brake (form) | Ermaksan CNC HGS Guillotine (blank) | All vessel types |
| Bow/Stern Cone Transition | Steel Plate | Plate Roller (cone form) | Ermaksan CNC HGS Guillotine (blank) | Commercial shipbuilding |
| Deck Equipment Foundation Plate | Mild Steel Plate | Ermaksan CNC HGS Guillotine (blank) | Ermaksan Press Brake (form) | All vessel types |
| Superstructure Frame Section | Steel RHS/SHS | MEP Shark Bandsaw (cut to length) | Ermaksan Press Brake (bracket form) | Commercial and naval |
| Stainless Deck Hardware Blank | 316 Stainless Steel | MEP Shark Bandsaw (bar and section cut) | Ermaksan Press Brake (form) | Superyacht and marine |
| Offshore Structural Node Shell | Heavy Steel Plate | 4 Roll Plate Roller | Ermaksan Powerbend Pro Press Brake | Offshore and Oil and Gas |
| Engine Room Floor Plate | Chequer Plate/MS | Ermaksan CNC HGS Guillotine (trim) | Metal Guillotine | All vessel types |
| Pontoon/Barge Hull Panel | Steel Plate | Plate Roller | Ermaksan CNC HGS Guillotine (blank) | Barges and pontoons |
Why Marine Fabricators Choose Power Machinery
1. Proven Industrial Brands
MEP, Ermaksan, Lemas and Swebend are trusted names in heavy industrial fabrication worldwide. Marine and shipbuilding workshops investing in these machines are choosing technology with a decades-long track record of reliability in demanding production environments — not experimental machinery from unknown origins.
2. Complete Workshop Coverage
From the first guillotine cut on a hull plate blank through to the final press brake form on a structural bracket — Power Machinery supplies every machine category a marine fabrication workshop needs. One supplier relationship, consistent support, and the ability to package multiple machines for complete workshop fitouts and new facility builds.
3. CNC Capability for Production
Our Ermaksan CNC guillotine and press brake range delivers the programmability, angle accuracy and fast changeover capability that production marine fabrication demands. Reduce setup time between vessel components, reduce scrap from measurement errors, and improve throughput — all on Australian-supported machinery with local parts availability.
4. Professional Installation
We don’t deliver machines to the loading dock and leave. Power Machinery Australia provides professional installation, levelling, commissioning and operator testing at your facility — ensuring every machine is correctly configured for your specific production environment, materials and workflows from the first day of operation.
5. Nationwide Delivery & Service
We supply and service marine fabrication workshops across all Australian states and territories — NSW, VIC, QLD, SA, WA, NT, TAS and ACT. Whether you’re in a major port city or a regional shipyard, parts availability and technical support are a phone call away, not weeks away from an offshore supplier with no Australian presence.
6. Capital Equipment Quotations
We understand that machinery procurement in the marine industry involves business cases, capital expenditure approval, finance considerations and sometimes project-specific procurement requirements. We provide formal, itemised quotations suitable for management approval processes and can work within your procurement timelines and requirements.
Marine Fabrication Machinery FAQs
Marine and shipbuilding fabrication workshops rely on a core set of machine types: metal bandsaws for cutting structural steel sections and bar stock, CNC guillotines for high-volume hull plate and bulkhead shearing, plate rolling machines for forming curved hull shell sections and tank shells, CNC press brakes for forming structural brackets, frames and fittings, and section rollers for curved structural frame forming. Power Machinery Australia supplies all of these machine types from proven industrial brands.
For production marine hull fabrication where multiple identical shell plates need to be rolled consistently, a 4-roll plate roller is the preferred choice. The four-roll configuration holds the plate between the two lower rolls during pre-bending, producing a smaller, more consistent flat end at the leading edge of the plate and eliminating the need to reposition the plate mid-operation. This delivers faster cycle times and greater repeatability across a production run of hull sections. Three-roll machines are a cost-effective option for lower-volume or more varied rolling work. Our team can advise on the right configuration for your specific vessel construction requirements.
The required press brake tonnage depends on the material type, plate thickness and bend length. In marine fabrication, you are often forming thicker plate than in general fabrication — structural steel for commercial vessel construction may be 10–20mm or more. Higher tonnage Ermaksan Powerbend Pro models (80–400+ tonne) are appropriate for heavy structural plate forming. The Microbend (40–125T) suits lighter marine outfitting components and aluminium fabrication. Our team can assist with tonnage calculations based on your specific materials and part requirements to ensure the correct machine is selected.
Yes. The Lemas and Swebend plate rolling machines supplied by Power Machinery are capable of rolling both mild steel and marine-grade aluminium alloys. Aluminium boat building is a significant part of the Australian marine industry, and many workshops roll both materials. The key consideration for aluminium rolling is roll pressure settings and surface condition of the rolls to avoid marking the softer aluminium surface. Our team can advise on the right machine configuration and capacity for your mix of steel and aluminium plate rolling work.
Hull plate panels in commercial vessel construction are typically large — often 2000–3000mm wide or more, depending on the vessel size and construction method. The Ermaksan CNC guillotine range is available in bed lengths suited to wide plate shearing. The appropriate bed length depends on your maximum plate sheet size and the widths you regularly process. Power Machinery can provide guillotine configurations matched to the plate dimensions used in your specific vessel construction work. Contact our team for a configuration recommendation based on your build program.
For a typical marine fabrication or shipyard workshop, the MEP Shark 282 SXI (semi-automatic) handles general structural steel section cutting, flat bar and bar stock for hardware. The MEP Shark 512 SXI Evo is suited to heavier structural sections — RHS, SHS and solid bar — used in commercial vessel frames and superstructure. The MEP Shark 331 Spider (automatic NC) suits production-volume cutting with programmable batch lengths. For the largest structural sections in commercial shipbuilding, the Hydmech double-column automatic range provides the capacity required.
Yes. Power Machinery Australia supplies and supports marine fabrication machinery and shipyard equipment to workshops across all Australian states and territories — NSW, VIC, QLD, SA, WA, NT, TAS and ACT. We deliver to major shipbuilding locations including Henderson (WA), Newcastle, Brisbane, Darwin, Adelaide and regional marine precincts. Professional installation, commissioning and operator training are available nationwide, along with ongoing Australian-based parts availability and technical support throughout the machine's service life.
Yes. We regularly work with marine fabrication workshops and shipyards at the planning stage to recommend the right machine mix for their vessel types, production volumes, materials and facility layout. We can supply a full workshop covering bandsaws, plate rollers, guillotines, press brakes and section rollers — with staged delivery, coordinated installation and full commissioning. We provide formal, itemised quotations suitable for capital expenditure approval and project procurement processes, and can work to your facility build program timeline.
Request a Marine Fabrication Machinery Quote
Contact our team to discuss precision machinery for your marine or shipbuilding fabrication workshop.






















