COMPACT DESIGN: Spherification spoon works well for making reverse spherification mango spheres. The spoon is made with holes that allow effective drainage. Ideal for olives, sauerkraut, and other juicy foods that need to be scooped from a jar. FEATURES: Ergonomic handle provides a comfortable and secure grip. This spoon makes it easy to remove spheres from the solution, helping speed up the process of harvesting spherified foods. Designed to let liquid drain quickly when scooping. SPECIFICATIONS: 5 pieces of spherification spoons. Available in five colors: Gold, Multicolor, Black, Silver, Rose Gold. Size: approximately 16.5 x 4.2 cm (6.5 x 1.65 inches). Curved shape is sturdy and suited for handling small food items like caviar. Easy to clean. Suitable for home kitchens, restaurants, and other food service environments. EASY TO USE: Ideal for serving olives, lupini beans, artichoke hearts, and similar items from jars. Works well for retrieving pre-chopped garlic from liquid while allowing excess to drain. A practical tool for molecular gastronomy and spherification experiments. APPLICATIONS: Small slotted spoon designed for removing olives and small items stored in liquid. Can be used to collect fish roe or gently rinse delicate foods. Also suitable for separating egg whites from yolks. Product Features: 1. Optimally sized holes for efficient draining and secure handling of food. Perforated design allows quick liquid release. Useful for preparing dishes involving fish roe and similar ingredients. 2. Great for olives, sauerkraut, and other moist foods stored in brine or juice. 3. Spherification spoons are ideal for handling caviar and other delicate food items. 4. Suitable for use in homes, kitchens, restaurants, hotels, and bars. Specifications: Material: Stainless Steel Colors: Gold, Multicolor, Black, Silver, Rose Gold Size: Approximately 16.5 x 4.2 cm (6.5 x 1.65 inches) Quantity: 5 pieces Package Includes: 5 x Slotted Spoons Notes: 1. Manual measurement may result in slight size variations. 2. Color may vary slightly due to screen display differences.