Innovative 3D Printing: Crafted with precision using high-quality plastic and 3D printing technology, this toothpick dispenser boasts a fashionable and unique design that stands out. Spacious Toothpick Capacity: With an interior capable of accommodating around 100 toothpicks, this dispenser ensures you always have a convenient supply at hands for your daily needs. Easy Cleaning Design: Featuring a sliding shell and a large opening, this dispenser facilitates effortless cleaning, maintaining clean with minimal effort. The user-friendly design makes it simple to keep your toothpicks clean and ready for use. Versatile Gift Option: Ideal for various occasions such as holidays, birthdays, or special events, this toothpick dispenser serves as a thoughtful gift for family, friends, or loved ones. Its stylish appeal and practicality make it a versatile present choice. Precision Toothpick Compatibility: Designed to work seamlessly with 65mm long toothpicks and a 0.2mm layer height requirement, this dispenser ensures compatibility with specific toothpick sizes for optimal functionality. Description: Introducing the stylish toothpick dispenser, crafted with high-quality materials using 3D printing technology for a fashionable and unique design. This dispenser can hold up to 100 toothpicks measuring 65mm in length and requires a 0.2mm layer height. The sliding shell and large opening design ensure easy cleaning and convenient toothpick insertion. A perfect gift for holidays, birthdays, or any special occasion, suitable for family, friends, and loved ones. Upgrade your dining experience with this practical and chic toothpick dispenser! Item Name: Toothpick Dispenser Material: Plastic Features: Heavy Duty, Portable Size, Press Design Size Details: L: 10cm/3.94", W: 8cm/3.15", H: 6cm/2.36" (Approx.) Notes: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement. Package Includes: 1 x Toothpick Dispenser