The SUPERIOR TubeX Series represents a technological paradigm shift in automated structural steel fabrication. Distributed in the Australia and New Zealand (ANZ) markets exclusively by Specialist Machinery Sales (SMS), this elite range of CNC-controlled 3D fibre laser systems consolidates high-precision cutting, multi-axis beveling, and advanced component marking into a single, automated footprint.
Selecting the right configuration within the SUPERIOR TubeX range depends on your workshop’s specific profile scale and throughput goals. While both setups share identical technological advantages, such as synchronised multi-chuck clamping, precision 3D beveling heads, and full protective safety enclosures, they are scaled differently to cater to mid-range productivity versus massive, heavy-duty industrial flexibility.
The following technical matrix outlines the core processing variations between the two models:
| Feature / Parameter | SUPERIOR TubeX 360 | SUPERIOR TubeX 550 |
| Primary Design Intent |
Optimised for highly efficient processing of mid-range structural dimensions. |
Engineered for maximum scale and heavy-duty structural steel sections without compromise. |
| Processable Profile Width Envelope |
Open profiles and tubes ranging from 50 mm to 360 mm in width. |
Massive open profiles and tubes from 100 mm to 550 mm in width. |
| Maximum Raw Material Infeed Length |
Supports material lengths up to 12 meters. |
Structurally supports a raw material length of up to 12 meters or an extended 18 meters. |
| Maximum Machine Load Capacity |
Rated for a maximum loading capacity of 840 kg. |
Supports 840 kg on a 12m infeed, and up to 2,200 kg on an 18m infeed configuration. |
| Individual Piece Weight Limits |
Restricted to lighter and mid-range profile weights. |
Structural capacity supports heavy-duty individual piece weights up to 2,200 kg (183 kg/m). |
| Rated Electrical Power Demand |
Low-maintenance consumption rated at <100 kW. |
High-output demand rated at 90 kW (12m infeed) or 180 kW (18m infeed). |
Core Technological Pillars & Key Features
- Ultra-Low Waste Synchronised 4-Chuck Clamping: The series features a synchronised four-chuck clamping architecture that firmly supports heavy profiles during high-speed processing. By continuously feeding material through a coordinated multi-chuck system, the machine achieves minimal residual length, maximising raw material utilisation and significantly driving down scrap costs.
- Multi-Axis 3D Beveling & Surgical Fit-Up: Equipped with an advanced 3D laser cutting head, the TubeX Series executes intricate bevel cuts up to 45° (including X, K, and Y-type joints). Driven by intelligent corner-cutting algorithms and R-corner correction technology, the system automatically adjusts for profile deviations in real-time, guaranteeing immediate, high-tolerance welding fit-ups without requiring secondary manual grinding.
- Optimised Throughput & Minimal Non-Cutting Time: Designed to maximise daily tonnage, the systems utilise rapid leap motion (frog jump) technology and intelligent path optimisation software. Real-time Z-axis compensation tracks the surface variations of open profiles instantaneously, radically slashing non-cutting idle times and accelerating cycle execution.
- Native Detailing Design Automation: The system’s feature opens architectural compatibility, interfacing directly with major international steel construction file formats such as DSTV, STEP, and IFC. Much of this nesting functionality is powered by our exclusive, in-house developed AI-driven steel detailing software, available only to SMS clients, which automates up to 80% of project detailing and operates 3,750% to 5,000% more efficiently than traditional manual methods.
- Industrial Safety Engineering: Operator welfare and equipment protection are integrated natively into the design. The TubeX Series is completely isolated within a fully enclosed laser safety cabin featuring modular access panels and rubber curtains to block laser leakage, ensuring that flying sparks, direct laser radiation, and high-volume fumes are securely managed inside the enclosure.
Premium Operational Options
- Advanced Nesting Software: Maximises material utilisation via common-edge cutting, weld-seam compensation, and automated 3D drawing nesting.
- Vision-Based Laser Profile Scanning: Utilises line laser scanning technology to read physical profile contours, delivering flawless part alignment and positioning compensation.
- High-Speed Laser Marking Unit: Integrates an independent 100–200 W laser marking unit to apply rapid etchings of customisable QR codes, part numbers, and layout markings directly onto material to ensure seamless part traceability through downstream assembly and welding bays.
Strategic Sizing Insights for ANZ Workshops
- Standard Profiles Coverage: The TubeX 550 is specifically scaled to encompass standard ANZ market sizes across widely used profiles. It seamlessly processes Universal Beams (UB) from 150 UB to 610 UB, Parallel Flange Channels (PFC) from 75 PFC to 380 PFC, Universal Columns (UC) up to 310 UC, and heavy pipes/CHS up to Ø 550 mm (with Ø 508 mm common).
- Material Thickness Boundaries: While the TubeX 360 is optimised for wall thicknesses between 4 mm and 20 mm, the heavy-duty TubeX 550 expands your processable boundaries from 4 mm up to a maximum thickness of 30 mm, depending on section parameters.
- The 4-Chuck Throughput Paradigm: Both models surpass traditional 3-chuck systems by utilising an advanced 4-chuck linkage. In a legacy 3-chuck configuration, cutting long parts places heavy mechanical bending stress on the third chuck during extraction, which contributes to premature alignment wear and failure. The independent, synchronised 4-chuck approach features independent chuck covers with slide-back functionality to completely stabilise components, avoiding vibration and dramatically boosting final working accuracy.
