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Magnetic Steel Sheet
Applications: Metal Stamping Parts, Laser Precision Welding
0.5mm magnetic stainless steel sheets are commonly used in the fabrication of stamped hardware components and laser-welded precision assemblies. Precision laser cutting enables tight-tolerance profiling of intricate geometries prior to stamping or welding. This thickness offers a balance between formability and structural integrity, making it suitable for a wide range of electromechanical and structural applications.
Metal Stamping Components:
Used in automotive, home appliances, and electronic housings.
Pre-cut sheets enhance tooling efficiency and reduce material waste.
Laser Precision Welding Preforms:
Clean edges and burr-free cuts are ideal for micro-assembly and robotic welding.
Ensures high dimensional accuracy in multi-layer or modular assemblies.
Minimal thermal distortion, preserving the material’s flatness and magnetic properties
Ideal for post-processing operations like bending, forming, or spot welding
Enables fine-feature cutting for slots, tabs, vents, and sensor integration
Supports prototype and high-volume production with repeatable accuracy
Consumer electronics
Automotive and e-Mobility
White goods (household appliances)
Electrical enclosures and shielding systems
Precision mechanical assemblies
Applications: Metal Stamping Parts, Laser Precision Welding
0.5mm magnetic stainless steel sheets are commonly used in the fabrication of stamped hardware components and laser-welded precision assemblies. Precision laser cutting enables tight-tolerance profiling of intricate geometries prior to stamping or welding. This thickness offers a balance between formability and structural integrity, making it suitable for a wide range of electromechanical and structural applications.
Metal Stamping Components:
Used in automotive, home appliances, and electronic housings.
Pre-cut sheets enhance tooling efficiency and reduce material waste.
Laser Precision Welding Preforms:
Clean edges and burr-free cuts are ideal for micro-assembly and robotic welding.
Ensures high dimensional accuracy in multi-layer or modular assemblies.
Minimal thermal distortion, preserving the material’s flatness and magnetic properties
Ideal for post-processing operations like bending, forming, or spot welding
Enables fine-feature cutting for slots, tabs, vents, and sensor integration
Supports prototype and high-volume production with repeatable accuracy
Consumer electronics
Automotive and e-Mobility
White goods (household appliances)
Electrical enclosures and shielding systems
Precision mechanical assemblies
