3D Laser Cutting – Tube, Pipe & Structural Steel
Fast, accurate 3D laser cutting in Adelaide for a wide range of metal fabrication and manufacturing applications
Our Team
Behind our cutting technology is a skilled team of programmers, engineers and fabricators who ensure the best outcome for your project. We provide manufacturability advice, clean fit-ups, and consistent quality from the first cut to final delivery.
Advantages of 3D Laser Cutting with Attard Engineering
Rapid Turnaround
Local South Australian production with fast scheduling and reduced fabrication time — outsource cuts today, assemble tomorrow. Typical lead times: 1–3 business days depending on volume.
High Precision & Excellent Fit-Up
Clean edges, tighter tolerances and accurate geometry reduce manual grinding, rework and welding adjustments.
Reduced Fabrication Operations
3D programming allows coping, slots, mitres and holes in a single setup, minimising labour and improving consistency across batches.
Complex Profiles Made Simple
Round tube, RHS, SHS, angle, channel, and structural beams — cut to length and finished with precise connections for fast installation.
Cost-Effective Production
Less handling + fewer downstream processes = Lower total fabrication cost and faster time-to-delivery for your projects.
Wide Material Capability
Laser processing for mild steel, stainless steel and aluminium across structural, architectural and industrial applications.
General welding and Fabrication
We offer advanced CNC laser cutting services with specialized capabilities in 3D laser cutting, sheet metal cutting, and tube laser cutting—perfect for a wide range of custom metal fabrication needs.
Our facility is equipped with a fully enclosed fiber laser cutting machine, featuring a 3000mm x 1500mm cutting table for high-precision sheet metal laser cutting. With a quick switch to tube-cutting mode, we handle round, square, and RHS tubes, as well as open profiles like C-channel, H-beam, and angle iron. Complex and custom profile cutting is made easy with intuitive 3D programming software.
We support tube lengths up to 10 meters and chuck capacities up to 260mm, making us the ideal partner for medium to large-scale manufacturing projects. Whether you’re producing components for construction, automotive, or industrial applications, our precision laser cutting capabilities are tailored to meet your production goals with accuracy and efficiency.
FAQS
3D laser cutting is a manufacturing process that uses a high-powered laser to cut tubes, pipes and structural profiles from multiple angles. Unlike flatbed laser cutting, it allows coping, mitres, holes and end-prep in one setup — reducing downstream fabrication and welding time.
We cut mild steel, stainless steel and aluminium. Contact us if you have other materials — we can check suitability based on grade, strength and reflectivity.
We can process tubes up to 10 m in length with a maximum 240 mm outer diameter. We also cut RHS, SHS, angle, C-channel, U-beams, I/H beams and other open profiles — ideal for structural and industrial projects.Toggle Content
Our fully enclosed fibre laser delivers tight tolerances and burr-free edges, improving part fit-up and reducing manual grinding or rework during assembly.
Yes. Features such as coping, slots and notches can be cut directly into the profile, ensuring a precise fit between parts — which speeds up welding and improves structural alignment.
2D drawings are usually enough. If 3D CAD files are available, our programming team can optimise the geometry for fabrication and assembly.
Simply provide your drawings, material specs, quantities and required lead time. Our team will review and recommend the most cost-efficient cutting method for your project.
Standard turnaround is 1–3 business days, depending on order size and material availability. Rush jobs can be prioritised for urgent projects in South Australia.
Our Process
Send us your drawing or design
Receive a fast, competitive quote
Laser cutting and fabrication
Delivery or pickup