Ultimate 3D Printed Collar Stays - Complete Multi-Size Set

Ever lost or bent the stays from your favorite dress shirt? Solve the problem once and for all with this set of 3D printable collar stays! Engineered with precision to provide the perfect balance of rigidity and flexibility, these stays keep your shirt collar crisp, sharp, and wrinkle-free all day long. The set includes 5 different lengths to fit any shirt style, from classic spread collars to slim-fit cuts. 📏 Sizes Included in the Set - 70 mm (Wide / Formal Collars) - 65 mm (Standard / Business) - 60 mm (Casual / Slim Fit) - 55 mm (Short Collars) - 50 mm (Small / Specialty Collars)

⚙️ Recommended Print Settings These models have been optimized for ultra-fast, durable prints: - Orientation: Print flat on the build plate (horizontally) to ensure maximum strength and flexibility along the layer lines. - Layer Height: 0.12 mm or 0.08 mm (for a smooth surface finish highlighting fine 3D printing details). - First Layer Height: 0.2 mm - Wall Loops / Perimeters: At least 3 or 4 perimeters (100% solid infill recommended due to the thin 1 mm thickness). - Supports: NO supports required (Zero supports). - Recommended Material: - PLA: Great rigidity for everyday standard use. - PETG or ABS/ASA: Highly recommended if you want them to withstand accidental washing machine cycles or ironing heat.

🔥 Why is this model so popular? - Instant Utility: Solves a common everyday problem in just a few minutes of printing. - Batch Printing: Print dozens at once on a single build plate to keep as spares or gift to friends. - Zero Waste: Uses a minimal amount of filament (just a few grams)—perfect for using up the end of a spool!

If you like this model, please leave a like 👍 and share pictures of your prints in the comments! Happy printing! ⛔ NO COMMERCIAL USE WITHOUT A LICENSE You may not sell physical prints of this object unless you maintain an active Commercial or Professional License at Vinors 3D Lab. 🛒 Subscribe for Commercial Rights & Seller Badge: https://www.patreon.com/cw/Vinors3DLab