Innovation in Powder Compact Pressing Technology: How Precision Manufacturing Enhances Cosmetics Quality

In the cosmetics production field, the production of powder compact products has always been one of the most technically demanding processes. On January 3, 2025, Shanghai Runmei Packaging Materials Co., Ltd. obtained a patent titled "A Powder Pressing Mold for Powder Compact Molding" (Authorization Announcement Number CN222246272U). This technological innovation brings new breakthroughs to the cosmetics industry.

The core design of this new powder pressing mold focuses on improving the pressing efficiency of powder compacts. Its structure includes a base frame, a first oscillation frame, a mold frame, a top frame, and a second oscillation frame, along with a series of connected oscillation equipment. The technical abstract of the patent indicates that the mold can achieve effective oscillation operations during the pressing process, enhancing the uniformity and stability of pressing by using first and second oscillation motors. In practical applications, workers need only place the mold into the oscillation frame and start the pressing unit to efficiently complete the powder compact molding.

Powder compact products hold an important position in the beauty and makeup industry, especially in first-tier cities, where such technological improvements will positively impact product quality and production efficiency. Traditional powder compact molding processes often face issues such as uneven pressing and product defects. Shanghai Runmei’s new patent addresses these problems by introducing oscillation technology, ensuring that each powder compact achieves the best texture and appearance.

Similarly, on July 1, 2025, Huameikangyan (Suzhou) Biological Technology Co., Ltd. also obtained a patent titled "High-Precision Baking Powder Extrusion Cutting Equipment" (Authorization Announcement Number CN223044997U). The equipment includes a machine frame and a worktable, with universal wheels installed at the bottom of the machine frame and a worktable at the top. A conveying mechanism is installed on the worktable, with a cutting mechanism positioned above the conveying mechanism.

The innovation of this equipment lies in the inclusion of limit mechanisms and material support mechanisms. Under the limiting action of the first limit plate, second limit plate, and material support plate, the powder compact moves linearly along the material support plate, avoiding deformation or bending due to its own weight, which could cause detection errors and affect cutting accuracy. The equipment is also equipped with photoelectric sensors that can accurately detect the length of the powder compact through changes in photoelectric signals, ensuring consistent length of cut powder compacts and improving cutting accuracy.

These technological innovations reflect the cosmetics machinery equipment industry’s shift toward high precision, high efficiency, and high stability. As consumers’ requirements for cosmetics quality increase, production enterprises are placing greater emphasis on the efficiency and accuracy of production processes. Technological improvements not only enhance production competitiveness but also improve the consumer experience.

Table: Comparison of Technical Parameters of Powder Compact Production Equipment

A few days ago, relying on its advanced laser cutting technology and professional service team, Chuangxiang Laser Technology Co., Ltd. successfully reached a deep cooperation intention with a well-known domestic manufacturing enterprise. The two sides will carry out close cooperation in the application of laser cutting equipment and the optimization of related processes, jointly explore how to further improve production efficiency and ensure cutting quality, and provide strong technical support for the product upgrading of manufacturing enterprises.

This cooperation is an important manifestation of Chuangxiang Laser Technology Co., Ltd.'s expansion of the market and its commitment to promoting the intelligent and automated development of the manufacturing industry. Both sides are full of confidence in this cooperation and expect to create a model of cooperation in the industry by complementing each other's advantages, leading more enterprises to attach importance to the application of laser cutting technology in production and jointly promoting the entire manufacturing industry to a higher level.