Stainless steel makeup spatula mixer designed for reliable, precise mixing and transfer of cosmetic and nail products. Simple craftsmanship and a smooth finish offer a clean, professional tool that performs in salons or at home. Key benefits Hygienic handling: use the spatula to scoop products from jars and transfer to palettes or mixing trays, reducing direct contact and contamination. Precise mixing: long, slender shape and smooth surface make it easy to blend foundation, concealer, creams, and other cosmetics to achieve custom shades and consistencies. Durable construction: made from stainless steel for long service life and repeated use without bending or degrading. Versatile compatibility: suitable for cream and liquid cosmetics, pigments, nail gels, and other nail art supplies. Portable and easy to store: slim profile fits into makeup kits and tool bags for on the go use. Product attributes Material: stainless steel for durability and a smooth, nonporous surface. Design: long spatula shape reaches into jars and narrow containers and makes mixing on palettes and trays simple. Finish: smooth surface promotes effortless mixing and easy cleaning. Function: primarily for mixing and transferring foundation and cosmetic products and for preparing nail art materials. Typical use scenarios Professional makeup application: mix foundation and concealer shades on a palette to match skin tones accurately and apply without contaminating original containers. Nail art preparation: blend gels, pigments, or colors on a mixing tray before application for consistent results. Home cosmetics organization: transfer small amounts of products into travel palettes or containers for daily use or trialing color combinations. Care and maintenance Rinse after use and wash with mild soap and water. Dry thoroughly before storing. Store in a makeup pouch or tool organizer to keep the surface clean and ready for use. This spatula mixer offers a simple, dependable solution for clean, accurate mixing and transferring of cosmetics and nail art materials.