Intelligent Transformation: How Robotic Technology is Reshaping Cosmetics Manufacturing

The cosmetics manufacturing industry is undergoing an unprecedented intelligent transformation. The introduction of robotic technology is completely changing traditional production methods. Shiseido invested 40 billion yen in building a new factory in Ibaraki City, Osaka, aiming to increase the production capacity of its main product, base cosmetics, by 50%. This is Shiseido's first new factory built in Japan in 37 years, following the one in Kuki City, Saitama Prefecture.

Labor shortage has become a major challenge for Shiseido's return to domestic production in Japan. According to statistics from Japan's Ministry of Health, Labour and Welfare, Japan's working-age population is declining year by year due to an aging population and low birthrate. In 2017, the labor population was approximately 65.56 million, a decrease of about 720,000 people compared to 2012, and the number will continue to decline. This has prompted Shiseido to plan to introduce the latest robotic technology into production lines to address the labor shortage.

In 2025, Shiseido's cosmetics production factory in Kakegawa City, Shizuoka Prefecture, took the lead in testing collaborative dual-arm robots. These robots can handle many Exquisite and complex processes (fine and complex processes). They are currently being tested for boxing powdered foundation and product instruction manuals. Cosmetics production line procedures are complex, so most operations were previously done manually. Now, with the cooperation of collaborative robots, limited production line manpower can be effectively utilized while reducing production costs.

Data from the International Cosmetics Manufacturers Association shows that in 2025, over 60% of global beauty companies will prioritize production line flexibility transformation, and the penetration rate of flexible automation equipment in the cosmetics field will exceed 42%.

SRT Company make an appearance (made an appearance) at industry exhibitions with its innovative architecture of "ultra-flexible technology base + daily chemical scene modules," providing the industry with full-stack solutions from single-point component processing to entire line upgrades. In the field of precision component processing, SRT's independently developed bionic grasping technology has achieved large-scale industrial application.

Integrating humans and machines to adjust traditional production mechanisms has become a key issue. Shiseido stated that it would continue to use robotic technology to further strengthen the value of "Made in Japan" products and would also actively utilize artificial intelligence (AI) technology to promote the integration of the cosmetics industry with cutting-edge technology.

Intelligent transformation not only improves production efficiency but also brings unprecedented flexibility and customization capabilities. SRT's technical architecture has significant cross-industry applicability and has been successfully applied in multiple scenarios such as food, daily chemicals, and warehousing and logistics, helping customers achieve an average reduction of 45% in labor costs and an increase of 30% in production capacity.

With the explosion of personalized customization demands in beauty, flexible manufacturing systems are becoming the new industry standard. These systems allow for the production of small-batch, multi-variety products, enabling quick responses to market changes and consumer personalized demands, providing cosmetics manufacturers with a strong competitive advantage.