3D Printed Venus Flytrap Snack Clips Key benefits Keeps snacks fresh: securely seals chip bags, snack packs, and other food storage bags to slow staling and spills. Reduces waste and clutter: reusable clips replace single use ties and help organize pantry and refrigerator shelves. Durable and reliable: made from strong 3D printed PLA for daily use without bending or breaking. Dual purpose design: functions as a practical bag clip and a playful decorative accent inspired by the Venus flytrap. Ready to display: includes stems and a base so clips can also be arranged as a fun tabletop or countertop decor piece. Great gift: a useful and quirky present for plant lovers and snack fans. What makes it stand out Unique Venus flytrap look combines utility and personality so sealing bags does not have to be boring. 3D printed PLA construction delivers consistent fit and long lasting performance. Complete set of clips, stems, and base lets you use them functionally or display them as conversation pieces. How it solves common problems Prevents stale snacks and accidental spills by creating a reliable closure on opened bags. Replaces single use closures, saving money and reducing waste. Provides an easy storage and display option so counters and pantries stay neater and more attractive. Practical use scenarios At home pantry: seal chip and cereal bags after opening to keep food crisp and prevent pests. Packed lunches and work snacks: close sandwich bags or snack pouches for easy transport and fresh eating later. Parties and buffets: label and close small snack bags or use the assembled display on a serving table for a playful accent. Specifications Product name: 3D Printed Venus Flytrap Snack Clips Product size: 17*15*12cm Material: PLA Packing list 9 clips 9 stems 1 base Usage tips Attach a clip across the open edge of a bag and press closed for a secure seal. Insert a clip onto a stem and place stems into the base to create a stable decorative display when not in use. Clean with a damp cloth; avoid prolonged exposure to high heat to preserve PLA integrity.