Bottled cosmetics come in a variety of shapes and designs. These two bottles differ in design, thus offering certain anti-counterfeiting features. The unique bottle shape provides economic anti-counterfeiting benefits. From an economic anti-counterfeiting packaging perspective, the higher the price, the better the anti-counterfeiting effect of the packaging. Establishing a good impression is greatly related to the novelty of the packaging. Lightweighting cosmetic glass bottles refers to reducing the weight-to-volume ratio of the bottles while maintaining a certain level of strength, aiming to enhance their greenness and cost-effectiveness. The weight-to-volume ratio is a measure used to evaluate the mass of glass bottles of the same volume. Depending on the application, the weight-to-volume ratio of lightweight bottles typically ranges from 0.15 to 0.8. Lightweight bottles have thinner walls and are lighter in weight, with an average wall thickness of 2 to 2.5mm.

Bottled cosmetics come in various types. Common bottles include glass and plastic. Glass bottles are transparent, offer excellent barrier properties, and do not react with packaging materials. They are commonly used for packaging perfumes and creams. The decoration of glass bottles is typically in the form of logos, printed first and then affixed. Plastic bottles are cost-effective and have good printability for decoration, with designs usually directly printed onto the bottle surface. Most production dates are directly printed on the bottle surface after filling. Both types of bottles have a certain market share, but the market share of plastic bottles has been increasing year by year.

Cosmetic bottle bodies are coated with a certain amount of residual heat upon entering the powder coating chamber, enhancing the adhesion of the powder. The blowing and purification section of the cosmetic bottles. This stage is indispensable if the process requirements for the coated workpieces are high; otherwise, a significant amount of dust may adhere to the workpieces, resulting in a large number of particles on the surface of the finished products, which can lead to a decrease in quality.