Precision Laser Cutting for 0.1mm Magnetic Steel Sheet Optical Devices, Medical Components, Metal Film Substrates

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:

1. Optical Device Components

• Frames, diaphragms, or mounts for optical lenses, filters, and IR windows

• Used in imaging systems, optical alignment tools, and micro optics

2. 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

3. 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