The versatility of water jet machines make them ideal for cutting a wide range of materials, rubbers, plastics, stone, tiles, composites and even pre-hardened materials. Abrasive water jet cutting is a cost-effective shape cutting method for materials requiring no heat affected zone, no edge damage, no slag, no burnt edges, and no change to the material chemical or mechanical properties.
Thermal shape cutting methods such as torch, plasma, and laser as well as but to a lesser degree mechanical processes like shear, machining, and saw cutting can create substantial heat causing mechanical properties of material to change as a direct result. These localized heat generating processes create what is called a heat affected zone.
Abrasive waterjet cutting is well suited for metallurgical evaluation preparation and cross-section analysis. Mechanical properties of the material will not change and no stress will be introduced unlike the heat generating processes discussed previously. The following cross-sectional metallurgical scenarios typify microscopic comparisons between UHP waterjet machining and other thermal and conventional machining processes.
Metallurgical mount of waterjet cut hardened tool steel reveals material structure and hardness was unaffected by abrasive water jet cutting.
Metallurgical mount of waterjet cut aluminium armour material reveals material structure was unaffected by abrasive waterjet cutting.
Metallurgical mount of stainless steel reveals material structure was affected by plasma process, however material structure was unaffected by abrasive water jet cutting.
Metallurgical mount of mild steel reveals material structure was affected by shearing process, however material structure was unaffected by abrasive waterjet cutting.
Cutting Edge Water Jet Service (CEWJS) uses several 87,000-psi pushes and CNC managed techniques with cutting covers as huge as 144″ x 144″, to rough waterjet cut all known components to clients requirements. Single-head cutting or multi-head cutting is available to generate forms within requirements of +/-.010″ continually. Content thicknesses can variety from.001″ – 19.5″.
Waterjet cutting techniques include combination, laminated flooring surfaces, components, rubbers, castings, developing, steel, stainless-steel materials, hard or tool steel, unique components, heated delicate elements, synthetics that may launch harmful gases when cut using other methods, and most definitely any future elements that technology could require and produce.
The water jet machines do this all without affecting the content qualities or the feelings. The lack of heated is ideally for aerospace water jet decreasing using ultra-high pressure UHP waterjet machining. Additionally, hard elements like alumina clay-based can be ready with our waterjet decreasing methods. Cutting Edge has on many events efficiently ready elements approaching 9.9 MOHS in stiffness. Specific aerospace elements like titanium, nutrient mineral magnesium vitamin vitamin, compounds, laminated flooring surfaces and steel are common for Aerospace Water Jet Cutting.
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