Stainless steel Waterjet cutting
ATA’s Stainless steel Waterjet cutting and Stainless steel Spinning processes deliver precise, seamless and high-quality forming results, perfectly retaining the corrosion resistance and structural integrity of Stainless steel sheet metal for long-term stable use in high-demand industrial scenarios.
Our Stainless steel Waterjet cutting and Stainless steel Spinning technologies are widely applied in precision component, tank and equipment manufacturing, fully complying with international standards such as ASME, ASTM and ISO, ensuring strict control of dimensional accuracy, surface finish and forming consistency.
Service
ATA Stainless steel Waterjet cutting & Stainless steel Spinning Service
Stainless steel Waterjet cutting is a precision cold cutting process that uses high-pressure water mixed with abrasives to cut stainless steel materials without thermal deformation, while Stainless steel Spinning is a rotational forming process that shapes stainless steel blanks into hollow symmetric parts without damaging material properties.
Stainless steel Waterjet cutting is completed by adjusting water pressure, abrasive flow and cutting speed, while Stainless steel Spinning is achieved by rotating blanks and applying roller pressure, both ensuring high precision and consistent quality.
ATA provides one-stop services for both Stainless steel Waterjet cutting and Stainless steel Spinning, covering material selection, process design, precision processing, post-processing and quality inspection, meeting customized needs of different industries.
Capability&Advantages
ATA Stainless steel Waterjet cutting & Stainless steel Spinning Capability
Stainless steel Waterjet cutting and Stainless steel Spinning are suitable for diverse high-demand scenarios, including production of Stainless steel water tank, Stainless Steel Enclosure, precision instrument parts and marine components, adapting to strict requirements of food, pharmaceutical, aerospace and shipbuilding industries.
ATA has strong capabilities in both processes: our Stainless steel Waterjet cutting can handle stainless steel sheets of 0.3mm-50mm thickness with ±0.02mm cutting precision, while our Stainless steel Spinning can process blanks of 0.5mm-25mm thickness and up to 3000mm diameter, adopting adaptive technologies to avoid material damage and ensure stable, high-quality results.
ATA Stainless steel Waterjet cutting standard
The ATA stainless steel waterjet cutting standard requires strict control of workpiece size, cutting precision, surface quality, waterjet pressure and abrasive parameters, which is achieved by using high-precision waterjet cutting equipment, optimizing water pressure and cutting speed, selecting suitable abrasives and nozzles, and ensuring water quality and pressure stability.
Standards | Description |
Workpiece thickness range | Cold-rolled stainless steel: 0.5-20mm; Hot-rolled stainless steel: 1.0-50mm; Thickness deviation ≤±0.2mm, uniform thickness to avoid uneven cutting |
Cutting size range | Minimum cutting size: 6×6mm; Maximum cutting size: 3000×1500mm; Length/width tolerance ±0.1mm, no irregular cutting edges |
Waterjet pressure requirement | Waterjet pressure: 200-400MPa; Pressure stability ≤±5MPa; Adjust pressure based on material thickness, higher pressure for thicker workpieces |
Cutting precision | Positioning precision ±0.03mm; Repeat positioning precision ±0.02mm; Cutting kerf width: 0.15-0.3mm; No offset or deviation during cutting |
Cutting speed | Cutting speed: 0.5-20m/min; Adjust based on thickness and pressure: 0.5-2m/min for 20-50mm, 10-20m/min for 0.5-1mm |
Cutting surface quality | No burrs, scratches or heat-affected zone; Surface roughness Ra ≤6.3μm; No oxidation or material deformation; Cutting surface flat and smooth |
Abrasive requirement | Abrasive type: garnet; Abrasive particle size: 80-120 mesh; Abrasive flow rate: 0.5-3kg/min; No impurity in abrasive to avoid nozzle clogging |
Applicable stainless steel grades | Suitable for 304, 316L, 321, 201, 430, 410; No rust, oil stains or oxide scale on surface before cutting |
Nozzle requirement | Nozzle diameter: 0.1-0.3mm; Nozzle material: sapphire or diamond; Nozzle surface smooth, no wear or blockage |
Cutting angle | Normal cutting angle: 90°; Angle tolerance ±0.3°; Optional cutting angle: 0°-60°, angle deviation ≤±0.5° |
Kerf quality | Kerf straightness deviation ≤0.1mm/m; No taper or uneven width; Kerf edge smooth, no chipping or cracking |
Water quality requirement | Water purity: ≥99.9%; No impurities or particles ≥0.01mm; Water temperature: 15-30℃ to ensure pressure stability |
Cutting hole precision | Minimum hole diameter: 1.0mm; Hole diameter tolerance ±0.04mm; Hole roundness deviation ≤0.03mm; No burrs in the hole |
Surface treatment after cutting | Remove surface abrasive residue and water stains; Passivate if needed; Surface clean, no residual cutting marks |
Cutting spacing requirement | Distance between adjacent cutting lines ≥2mm; Distance from cutting line to workpiece edge ≥3mm to avoid edge chipping |
Pressure stability control | Pressure fluctuation ≤±3MPa during cutting; Real-time pressure monitoring to avoid pressure sudden change causing cutting defects |
Material Selection for the Process
Stainless steel Waterjet cutting & Stainless steel Spinning Material Selection
ATA’s Stainless steel Waterjet cutting and Stainless steel Spinning processes have excellent compatibility with various stainless steel materials, realizing high-precision processing while maintaining material corrosion resistance and toughness, and optimizing processes to improve material utilization and production efficiency.
Stainless Steel Type | Processing Advantage | Application Scope |
|---|---|---|
Easy cutting/spinning, good ductility, no damage | Food containers, daily hardware | |
Corrosion-resistant, stable processing performance | Pharmaceutical equipment, marine parts | |
High strength, suitable for thick materials | Pressure vessels, oil pipelines |
Stainless steel Waterjet cutting & Stainless steel Spinning Quality Control
ATA adheres to whole-process quality management for both Stainless steel Waterjet cutting and Stainless steel Spinning, from incoming material inspection to finished product delivery, strictly implementing international standards to meet customer requirements; we use professional testing equipment and scientific methods for comprehensive inspection, with specific testing methods as follows:
- Cutting precision test: For Stainless steel Waterjet cutting, use a coordinate measuring instrument to detect cutting dimensions, ensuring error within ±0.02mm and smooth cut edges.
- Roundness test: For Stainless steel Spinning products, use a laser roundness measuring instrument to ensure circularity and avoid unevenness.
- Surface quality inspection: Check both processed products for scratches, burrs or cracks, ensuring surface finish meets brushed stainless steel finish or customized standards.
- Material performance test: Verify that the corrosion resistance and mechanical properties of stainless steel remain intact after processing, meeting industry service life requirements.
Why Choose ATA Stainless steel Waterjet cutting & Stainless steel Spinning
ATA’s Stainless steel Waterjet cutting and Stainless steel Spinning services integrate professional technology, advanced equipment and thoughtful after-sales support, providing customers with high-quality, efficient and cost-effective processing solutions.
Industry Advantage
ATA has more than 10 years of experience in both processes, deeply understanding industry needs and accumulating successful cases in Food & Beverage Industry and Shipbuilding & Offshore Engineering.
Equipment Advantage
We are equipped with imported CNC waterjet cutting machines and spinning machines, realizing automatic parameter adjustment and continuous processing to improve precision and efficiency.
Service Advantage
Provide 24-hour technical consultation, customize processing solutions according to customer drawings, and offer after-sales maintenance guidance for equipment and products.
ATA Stainless steel fabrication Center
ATA Stainless Steel fabrication: One-Stop Precision Solutions for Your Stainless Steel Needs.
Material Selection for the Process
Stainless steel Waterjet cutting & Stainless steel Spinning Multi-industry Application Solutions
Food & Beverage Industry: Stainless steel Waterjet cutting is used to cut Stainless steel kitchen work table components, while Stainless steel Spinning produces Stainless steel mixing tank cylinders, both meeting food hygiene standards.
Pharmaceutical & Biotechnology: Stainless steel Waterjet cutting processes precision medical parts, and Stainless steel Spinning produces stainless steel medicine cabinet components, ensuring seamless, sterile and easy-to-sterilize results.
Shipbuilding & Offshore Engineering: Both processes are used to produce marine stainless steel pipelines and hull components, with Stainless steel Waterjet cutting ensuring precise cuts and Stainless steel Spinning ensuring structural strength and seawater corrosion resistance.
Aerospace & Defense: Stainless steel Waterjet cutting processes high-precision aerospace components, while Stainless steel Spinning forms hollow parts, both meeting strict industry precision and stability requirements.
Electrical & Home Appliances: Stainless steel Waterjet cutting cuts Stainless steel electrical box shells, and Stainless steel Spinning produces water storage components, improving product durability and corrosion resistance.
Stainless steel Waterjet cutting FAQS
How can ATA’s Stainless steel Waterjet cutting and Stainless steel Spinning meet customized processing requirements of different customers?
A1: ATA has a professional process design team that adjusts cutting/spinning parameters according to customer drawings (size, shape, thickness), conducts pre-production sample testing, and optimizes processes in time to ensure finished products fully meet customized requirements.
Q2: In mass production, how does ATA ensure consistent quality of both Stainless steel Waterjet cutting and Stainless steel Spinning products?
A2: We adopt fully automatic CNC equipment and standardized production operations; each batch of materials undergoes unified incoming inspection, processing processes are monitored in real time, and finished products are sampled and inspected according to international standards to avoid batch defects.
Q3: Can ATA handle thick stainless steel materials (more than 20mm) for both Stainless steel Waterjet cutting and Stainless steel Spinning?
A3: Yes, we are equipped with high-pressure waterjet cutting machines and heavy-duty spinning machines for thick materials, adopting professional technologies to avoid material damage, ensuring cutting precision and forming stability while maintaining structural strength.
Q4: How does ATA shorten the production cycle for urgent orders of these two processes?
A4: We optimize production scheduling, prioritize urgent orders, and use high-efficiency automatic equipment to improve processing speed; we also simplify inspection processes on the premise of ensuring quality, with professional technicians following up the whole process to ensure on-time delivery.
Precise Custom Stainless Steel Waterjet Cutting
ATA is your trusted professional manufacturer specializing in high-precision stainless steel fabrication, providing custom one-stop solutions for your projects.