Precision Laser Cutting for 0.1mm Magnetic Steel Sheet Optical Devices, Medical Components, Metal Film Substrates
Product Description
Precision Laser Cutting for 0.1mm Magnetic Steel Sheet
Applications: Optical Devices, Medical Components, Metal Film Substrates
Precision laser cutting of 0.1mm (100μm) magnetic steel sheets is widely used in industries requiring tight dimensional tolerances, minimal heat-affected zones, and fine-feature accuracy. This thickness is ideal for applications in optics, medical instruments, and functional metal film substrates, where precision and reliability are critical.
⚙️ Key Applications:
Optical Device Components
Frames, diaphragms, or mounts for optical lenses, filters, and IR windows
Used in imaging systems, optical alignment tools, and micro optics
Medical Device Parts
Structural layers or shielding parts in minimally invasive surgical tools, diagnostic instruments, or implantable device housings
Biocompatible magnetic stainless steel grades used for safety and corrosion resistance
Metal Film Substrates
Serves as base material for thin-film coatings, flexible circuits, or RFID antennas
Excellent flatness and magnetic response for functional coatings
Advantages of Precision Laser Cutting at 0.1mm:
High accuracy with clean, sharp edges
Maintains flatness and magnetic integrity
Supports complex shapes and micro-perforations
Suitable for roll-to-roll processing, small batch prototyping, or high-volume production
Non-contact cutting avoids stress deformation and contamination
Compatible Materials:
Magnetic stainless steel (e.g., SUS430, SUS410)
Other soft magnetic alloys (FeNi, FeSi)
Surface-treated or coated magnetic foils
Industries Served:
Optoelectronics
Medical Devices
Semiconductors
Flexible Electronics
Aerospace Sensors
Precision Instrumentation