Automatic cream quantitative filling machine provides quality assurance and market advantages for skin care products

　　The traditional manual filling method can no longer meet the market's requirements for high efficiency, high precision and high cleanliness. In order to improve the level of production line automation and ensure product consistency and appearance, many cosmetics manufacturers have begun to introduce advanced automation equipment. Among them, the automatic cream quantitative filling machine has become one of the core equipment in the paste filling process due to its precise, efficient and intelligent characteristics.

　　1. Basic functions of the automatic cream quantitative filling machine

　　The automatic cream quantitative filling machine is an intelligent filling equipment designed for medium and high viscosity pastes (such as cream, eye cream, hand cream, etc.). Its main functions include:

　　Automatic quantitative filling: through servo control or pneumatic control, the capacity of each filling can be accurately controlled, and the error can be controlled within ±1%;

　　Multi-head synchronous filling: common double-head, four-head or even six-head design, greatly improving production efficiency;

　　Anti-drip design: special filling valve structure, effectively avoiding paste residue and bottle mouth contamination;

　　Automatic bottle position detection: avoid bottleless filling, improve production safety and material utilization;

　　Adjustable filling speed and lifting height: adapt to containers of different specifications and filling characteristics.

　　2. Equipment structure and core components

　　Material feeding system: equipped with heating and insulation hopper and stirring device to keep the paste uniform and moderate fluidity, avoiding precipitation and stratification.

　　Filling system: adopts plunger, rotary valve or servo pump filling structure, combined with high-precision flow control to achieve stable output.

　　Control system: equipped with PLC control and touch screen operation interface, supporting parameter setting, recipe saving, one-key switching and other functions, simple and easy to use.

　　Conveying and positioning device: Automatically convey bottles and locate filling positions, compatible with different materials and specifications (such as glass bottles, plastic cans, hoses, etc.).

　　Explosion-proof and clean design (optional): For creams containing volatile essences or active ingredients, explosion-proof motors and clean room operation can be used to ensure production safety and sterility.

　　3. The main advantages of automatic cream quantitative filling machine

　　High-precision filling: Whether it is a 5ml trial pack or a 100ml full-size product, accurate filling can be achieved, reducing product waste and improving customer satisfaction.

　　Significant efficiency improvement: Compared with traditional manual or semi-automatic equipment, automatic filling machines have greatly increased the output per unit time and met the needs of fast delivery of medium and large orders.

　　Clean and pollution-free: The closed hopper and drip-free nozzle design meet GMP production standards and are suitable for high-standard product lines such as medical beauty and skin care.

　　High degree of automation: It can be linked with capping machines, labeling machines, cartoning machines and other equipment to build a complete automated production line and reduce labor costs.

　　Energy saving and material loss control: Accurately control every drop of raw materials, effectively avoid expensive paste waste, and reduce production losses.

　　Strong compatibility: Supports filling of multiple bottle types and multiple viscosity products, adapting to the trend of brand diversification and customization.

　　Today, as the competition in the cosmetics industry becomes increasingly fierce and consumers' requirements for product quality continue to increase, the automatic cream quantitative filling machine is not only a tool for enterprises to improve production line efficiency, but also a strong support for product standardization, cleaning and branding. Its application not only reduces the operating costs of enterprises, but also provides quality assurance and market advantages for skin care brands.