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Introduction to the Technical Principles of Non Magnetic Optical Platforms
Date: 2025-09-02Read: 1
  Non-magnetic optical platformIt is a device specifically designed for optical experiments, precision measurements, and other work in non-magnetic or weak magnetic environments, providing a stable and pure magnetic field environment for related experiments.
Technical principle:
1. Application of non-magnetic materials
304/316 stainless steel: with a nickel content of 8% -12%, the magnetic properties are reduced through solution treatment while maintaining corrosion resistance and mechanical strength.
2. Optimization of honeycomb core structure
High density design: Unit size reduced to 0.5 square inches, enhancing static stiffness and dynamic response.
Bonding process: top skin → honeycomb core → bottom skin two-layer bonding to avoid strength attenuation caused by the three-layer structure of the imitation product.
3. Innovation of Vibration Isolation System
Air floating support legs: using compressed air to form an elastic layer, with a vibration isolation efficiency of over 90%.
Broadband damping: By combining steel with damping composite materials, it attenuates multi frequency vibrations, which is superior to the discrete frequency response of traditional tuned dampers.
  Non-magnetic optical platformAdvantages:
Non magnetic: The platform surface and support as a whole do not contain magnetism, and are often made of weak magnetic materials such as stainless steel, or non-magnetic materials such as marble and aluminum profiles, which can effectively avoid the interference of magnetic fields on experiments.
High stability: Honeycomb core clamp plate structure or cross core clamp plate welding structure is usually used, which has the advantages of high stiffness, high damping, etc., and can reduce the influence of environmental vibration on experiments. Some platforms are also equipped with air flotation isolators or dual frequency damping isolators to further improve stability.
High precision: The surface flatness is high, and the installation hole position accuracy is high, making it convenient for users to install various optical equipment.
Anti overflow and easy to clean: Some platforms have nylon cups bonded with epoxy resin under each installation hole to prevent chemical or foreign substances from overflowing into the honeycomb core. At the same time, the tabletop is ground to provide a clean, glare free working surface that is easy to clean.