SYDUAN employs SOLIDWORKS CAE software as the primary method for analyzing linear static structures, stress distribution, and deformation behavior in press brake and laser cutting machine frames. For complex structures, highly demanding loading conditions, transient modeling, and combinations of these factors, FEA proves indispensable—ensuring our machines are engineered for superior strength, rigidity, and long-term reliability under real-world operating conditions.
R&D And Processes
Mechanical Engineering Design
SYDUAN is a professional manufacturer of sheet metal working machines, offering CNC press brakes and fiber laser cutting machines engineered for precision, productivity, and long-term reliability in modern fabrication environments.
With years of industry expertise, SYDUAN has been a true pioneer in applying advanced servo electronics to sheet metal working, continuously developing smarter and more energy-efficient solutions for manufacturers worldwide.
From machine design and production to after-sales service, SYDUAN embraces Industry 4.0 principles to help customers improve operational efficiency, reduce downtime, and maintain a competitive edge in an ever-evolving market.
Heat Treatment Processes
SYDUAN press brake and laser cutting machine steel frames undergo an annealing process at temperatures exceeding 600°C to effectively relieve internal stresses. This critical heat treatment ensures that our machine frames are built to withstand years of heavy-duty use without distortion or deformation—delivering lasting accuracy, structural integrity, and reliable performance throughout the entire service life of the equipment.
Mechanical Processes
The SYDUAN machine frame undergoes a comprehensive heat treatment process to effectively relieve welding-induced stresses, ensuring long-term structural stability.
Our press brake and laser cutting machine frames are precision-machined using advanced 5-axis CNC machining centers with single reference fixing—a method that guarantees all axes remain perfectly parallel and all mounting surfaces maintain exceptional accuracy. This meticulous manufacturing approach delivers superior machine precision, consistent bending performance, and extended machine longevity, even under the most demanding production conditions.