Bracket

Bracket is a mechanical structural component used to fix, support or connect other parts, and is widely applied in fields such as construction, machinery, electronics and furniture. Its core function is to achieve load transfer, component positioning or functional integration through structural design.
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Structure and Types
Types
Types
The basic structure of a Bracket (bracket/bracket) is usually composed of a supporting body and connecting components, which is used to fix or support other components. Its design needs to take into account load-bearing capacity, stability and ease of installation.
Working Principle

•  Support and fixation

Bracket, through its structural design, evenly distributes the load onto the support surface, thereby fixing or supporting other components. For instance, in construction, L-shaped brackets are fixed to walls or beams by bolts or welding to support crossbeams or pipes.


•  Principles of Mechanics

The design of Bracket must follow mechanical principles to ensure that it does not deform or fail when subjected to loads. For instance, the bracket in the camera module needs to support components such as the lens, voice coil motor (VCM), and filter, while ensuring the stability of optical imaging.


•  Installation and adjustment

Bracket is usually designed with installation holes or adjustment mechanisms for easy installation and adjustment. For instance, mechanical supports may be equipped with chutes or bolt holes to facilitate the adjustment of support positions.


Advantages
01
High strength and stability
Metal supports (such as steel and aluminum ones) feature high strength and excellent stability, capable of withstanding heavy loads and are suitable for heavy-duty scenarios.
02
Lightweighting and Cost-effectiveness
Plastic brackets are light in weight, low in cost, suitable for light-load scenarios, and easy to transport and install.
03
Flexibility and customizability
Bracket can be customized in shape, size and material according to specific needs to meet the application requirements of different scenarios. For example, the brackets in the camera module can be customized according to the size of the lens and the sensor.