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

Model Overview & Print Notes

Summary 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