Abstract: A material dispenser includes a base, a platen, a spring, a casing, a material pick-up mechanism, and a cap. The spring is connected in between the platen and the base, and the casing encloses the spring and the platen and removably attaches with the base. The material pick-up mechanism is rotatably connected with the casing opposite from the base. The cap attaches with the casing opposite from the base and positions adjacent with the material pick-up mechanism. The material dispenser includes stored materials in between the platen and the material pick-up mechanism. The casing provides a parameter wall for the stored materials. The users of the material dispenser can dispense an exact amount of the stored materials through a top opening of the casing by rotating the material pick-up mechanism.

Abstract: A material dispenser includes a base, a platen, a spring, a casing, a material pick-up mechanism, and a cap. The spring is connected in between the platen and the base, and the casing encloses the spring and the platen and removably attaches with the base. The material pick-up mechanism is rotatably connected with the casing opposite from the base. The cap attaches with the casing opposite from the base and positions adjacent with the material pick-up mechanism. The material dispenser includes stored materials in between the platen and the material pick-up mechanism. The casing provides a parameter wall for the stored materials. The users of the material dispenser can dispense an exact amount of the stored materials through a top opening of the casing by rotating the material pick-up mechanism.