HF-HS002
HC
HS002
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Fiber optic communication, laser radar, medical equipment, scientific research and laboratory, industrial processing, semiconductor manufacturing, military and security
The shell design of the optical isolator must not only meet the basic needs of mechanical protection and environmental sealing, but also ensure that the internal optical components are not disturbed by external factors and maintain its high-performance optical isolation function. Including protecting internal components, ensuring non-reciprocity, thermal management, stable mechanical structure, compatibility and installation convenience, environmental adaptability, etc.
The shell of the laser isolator usually has the following features in appearance:
Compact design, surface treatment, heat dissipation structure, fixture, environmental sealing, color and identification
Materials are available, usually aluminum alloy, stainless steel, titanium alloy, composite materials
Check compatibility, environmental requirements, fixed installation, fiber connection, etc.
Black or material color
The shell accuracy of the laser isolator does not mainly refer to the accuracy of size or shape, but to its accuracy in ensuring the positioning and stability of internal optical components, as well as the effectiveness of isolating external environmental factors. Specifically to several key aspects: alignment accuracy, sealing, thermal expansion coefficient matching, heat dissipation design accuracy, etc.
Material selection-cutting-bending-machining-surface treatment-assembly and testing-quality inspection
Size and appearance inspection-sealing test-mechanical strength test-assembly compatibility test-thermal stability test-material composition analysis
Fiber optic communication, laser radar, medical equipment, scientific research and laboratory, industrial processing, semiconductor manufacturing, military and security
The shell design of the optical isolator must not only meet the basic needs of mechanical protection and environmental sealing, but also ensure that the internal optical components are not disturbed by external factors and maintain its high-performance optical isolation function. Including protecting internal components, ensuring non-reciprocity, thermal management, stable mechanical structure, compatibility and installation convenience, environmental adaptability, etc.
The shell of the laser isolator usually has the following features in appearance:
Compact design, surface treatment, heat dissipation structure, fixture, environmental sealing, color and identification
Materials are available, usually aluminum alloy, stainless steel, titanium alloy, composite materials
Check compatibility, environmental requirements, fixed installation, fiber connection, etc.
Black or material color
The shell accuracy of the laser isolator does not mainly refer to the accuracy of size or shape, but to its accuracy in ensuring the positioning and stability of internal optical components, as well as the effectiveness of isolating external environmental factors. Specifically to several key aspects: alignment accuracy, sealing, thermal expansion coefficient matching, heat dissipation design accuracy, etc.
Material selection-cutting-bending-machining-surface treatment-assembly and testing-quality inspection
Size and appearance inspection-sealing test-mechanical strength test-assembly compatibility test-thermal stability test-material composition analysis