AMW 2026 Brisbane - Manufacturing The Future Through Tech Innovation | Come See Us @ Stand 1230
Modern construction projects are characterised by their material diversity, encompassing steel, aluminium, stone, glass, composites, and more. The core challenge is selecting machinery that can cut, shape, fold, and process a broad spectrum of materials with both speed and precision.
Traditional methods, such as oxy or plasma cutting, manual shearing, or basic saws, are slow, labour-intensive, and often limited to a single material. Thermal cutting, in particular, risks heat distortion and microcracking in metals, while abrasive methods can chip or fracture brittle materials.
Those are but a few of the limitations that lead to misalignment, compromised finishes, costly rework, and production bottlenecks under tight project deadlines. Yet, there are great solutions.
Flow Waterjet systems are engineered for versatility, delivering precision cold-cutting across steel, aluminium, stone, glass, composites, and more without heat-affected zones or material warping.
A prime example is the flagship Mach 500. This waterjet for sale provides 87,000 PSI and ±0.025 mm repeatability, with 5-axis Dynamic Waterjet® for bevels, mitres, and intricate architectural profiles.
For high-speed, high-volume metalwork, the Baykal BLS-Pro Fibre Laser offers cutting speeds up to 240 m/min and micron-level accuracy. Its advanced beam quality ensures clean, burr-free edges on steel, aluminium, and stainless steel, while automated material handling boosts output.
The Baykal APHS-Pro and XL Series Press Brakes are designed for both routine and extreme bending tasks. They are capable of handling thin architectural panels to 6,000 tonne structural steel beams. Multi-axis CNC backgauges, servo-hydraulics, and ±0.01 mm bending accuracy guarantee repeatable results, even on oversized workpieces.
For rapid, straight cutting of sheet and plate, the Baykal CNC Guillotine delivers precision shearing with minimal burr and no thermal distortion. All factors are essential for preparing both metals and softer materials before secondary processing.
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