With so much money invested in branding and a highly innovative market, manufacturers of personal care products depend upon product quality and processes that are totally consistent and are easily adapted for new trends and product launches.
At GEA we are established experts in raw material handling, mixing and blending, storage, end-of-line packaging, product recovery, cleaning and sterilizing in place, and automation. Whether you need a single component or a complete turnkey plant, GEA has the right technology and the right knowledge and experience to meet those requirements — every time — in terms of hygienic design, product safety, productivity, profitability and quality. We also have the skill, experience and fundamental understanding of the products and processes involved, gained through our long history and unrivalled knowledge, that can make a key difference to any project, large or small.
GEA is your single source for personal care processing worldwide; it’s where the technology and systems integration experience come together for maximum efficiency, profit and quality for the global personal care industries. All our components are designed to meet the strictest hygiene standards, ensuring safe operation and security of outcome.
Manufacturers of hair care, skin care, oral care, body care, bath & shower as well as color cosmetic products can find the right processing systems with GEA.
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An aseptic pigging system allows to recover cost intensive products out of product lines. Powered by compressed sterile air, the pig pushes the product out of the pipe. The remaining product film on the inside of the product line can then be removed with the CIP.
Aseptic valves face exceptionally high demands within UltraClean and Aseptic processes. You can be assured that they all provide highest quality in terms of hygienic design and sustainability.
Aseptic back-pressure valves are used to regulate a pre-defined pressure in UltraClean and Aseptic processing plants.
GEA Hygienic Butterfly Valves offers the benefits of good hygienic design, higher ease of assembly, shorter assembly and maintenance times and thus higher production uptimes.