How can I optimize the weight distribution of an airbrush holder so that it remains stable on different work surfaces?

In the design process of the airbrush holder, the optimization of weight distribution is crucial to its stability. Reasonable weight distribution can not only prevent tipping, but also ensure stability on work surfaces of different materials and states, thereby improving the convenience and safety of use.
The stability of the base directly affects the fixing effect of the airbrush holder on different surfaces. Reasonably increasing the area of ​​the base so that it has a larger contact area with the workbench can effectively disperse the weight and reduce the possibility of tilting or sliding due to uneven force. If the base is small in shape, the stability can be improved by adding support points so that it can be evenly stressed on smooth, rough or uneven surfaces. In addition, adding anti-slip materials such as rubber or silicone layers to the bottom of the base can effectively increase friction and prevent displacement due to external forces, thereby maintaining the fixation of the airbrush holder.
The choice of materials also has an important impact on the optimization of weight distribution. Although lightweight materials are easy to carry, if the airbrush holder is too light as a whole, it is easy to shake or tip over due to external forces. Therefore, when designing, an appropriate proportion of metal materials can be used to ensure that the bottom weight is sufficient and the center of gravity is closer to the table, thereby improving overall stability. If the airbrush holder needs to maintain a light and portable feature, a composite material design can also be used. Without increasing the overall weight, the stability can be improved by reasonably distributing the materials with larger mass.
In terms of structural optimization, a reasonable morphological design can effectively reduce the problem of center of gravity offset. For example, a wider support structure is used to evenly distribute the weight in all corners of the base to avoid shaking caused by excessive local force. At the same time, unnecessary weight concentration can be reduced in the main part of the airbrush holder to avoid the risk of tilting due to excessive center of gravity. In some cases, a layered design can also be used to keep the upper structure light, while adding appropriate counterweights to the lower part to ensure overall balance.
Center of gravity adjustment is an important factor in optimizing weight distribution. Properly lowering the overall center of gravity of the airbrush holder can reduce instability caused by external forces. For example, adding a certain amount of weight to the base allows the airbrush holder to remain balanced when subjected to external forces at different angles. Reasonably adjust the placement of the airbrush so that its center of gravity is closer to the central area to reduce the situation of excessive force on one side. In addition, the adjustable support structure can also be adjusted appropriately according to different airbrush models, so that the airbrush holder can better adapt to different usage requirements.
In order to ensure that the airbrush holder can remain stable on different work surfaces, you can also consider adding a fixing function. For example, design a clampable base so that it can be firmly installed on the edge of the desktop to avoid sliding problems caused by different desktop materials. For smoother surfaces, you can add an adsorption function at the bottom so that the airbrush holder can be firmly fixed on the desktop to improve the safety of use.