The Dual-Handle Pint Holder 3D print model offers both practicality and style, transforming a standard pint glass into a more comfortable and secure drinking experience. Designed with two sturdy handles and a sleek form, this holder serves as a cup cozy that improves grip, reduces spills, and adds a unique decorative flair to any beverage setting.

Optimized for smooth 3D printing, the model includes watertight geometry, reinforced wall thickness, and clean contours to ensure strength and durability. Its support-aware design minimizes printing difficulties, while ergonomic handles are shaped for comfort and balance. Suitable for both resin and FDM printers, the pint holder can be scaled to accommodate different glass sizes.

Perfect for home use, themed parties, or gaming nights, the Dual-Handle Pint Holder combines functionality with fun. Makers can print it in neutral colors for a minimalist style, bold tones for a playful effect, or metallic filaments for a premium, chalice-like appearance. The design makes it practical for casual drinks, decorative displays, or novelty gifts.

This model also makes a thoughtful and creative gift for beer lovers, gamers, or anyone who enjoys unique drinkware. Representing utility, creativity, and personalization, it appeals to hobbyists and collectors seeking distinctive 3D-printed accessories.

As a digital STL file, it is available for instant download immediately after purchase. Makers can begin preparing and printing right away, customizing scale, materials, and finishes to achieve their preferred version.

Blending utility, design, and 3D-printing versatility, the Dual-Handle Pint Holder STL is a practical and eye-catching addition to drinkware accessories and novelty collectibles.

Please Note: This STL file may require pre-printing preparation, including support analysis, positioning adjustments, thickness verification, specific settings for your printer and filament, as well as other technical adjustments that may be necessary depending on your equipment and printing method.