What is an optical adjustment frame?
Optical adjustment frame is a precision mechanical device used to fix and adjust the position and Angle of optical elements (such as lenses, prisms, mirrors, etc.). It plays a crucial role in optical experiments, optical system assembly, and industrial applications, ensuring the precise alignment of optical components to achieve optimal system performance.
The basic structure of the optical adjusting frame
The optical adjustment frame is usually composed of the following parts:
Base: Used to fix the whole adjustment frame to provide stable support.
Mounting platform: Used to hold optical elements, usually with threaded holes or clamps to accommodate different types of optical elements.
Adjusting mechanism: Fine-tune the position and Angle of optical components by means of knobs, screws or other precision components.
Locking device: After the adjustment is completed, it is used to fix the position of the optical element to prevent it from deviating due to vibration or other external factors.
Optical adjustment frame function
Position adjustment: Translation adjustment can be carried out along X, Y and Z directions to make the optical element accurately align with the target.
Angle adjustment: Through Pitch (Pitch), Yaw (Yaw) and Roll (Roll) three degrees of freedom adjustment, to achieve the optical element Angle accurate positioning.
Stability: Provides highly stable support to ensure alignment of optical components during prolonged use or vibration environments.
Application field
Optical adjustment frame is widely used in the following fields:
Scientific research: such as laser debugging, microscope calibration, spectrometer assembly, etc.
Industrial production: Used for optical instrument manufacturing, optical testing equipment assembly, etc.
Education and teaching: to help students understand the principles of optics and carry out related experiments.
Medical equipment: such as ophthalmic equipment, surgical optical system, etc.
