Articulated Print-in-Place Lizard - 2 Head Options

🦎 Meet the Articulated Print-in-Place Lizard – Includes 2 Head Options! Exclusively content, commercial rights and models with extra touch for my Patreon supporters ✨ Join here to get access: https://www.patreon.com/kogi3d Bring this unique Articulated Print-in-Place Lizard to life with your 3D printer! Designed for smooth movement and reliable printing, the articulated body prints in one piece with no supports required. The head is printed separately, allowing you to choose between two different versions depending on your preferred finish.   ✨ Features 🦎 Print-in-place articulated body 🧩 Separate head for easy customization 👀 Two head options included:Head with printable eyes Head with 8 mm glass eye sockets for a more realistic appearance ✅ No supports required ⚡ Minimal assembly (simply attach the head) 🖨 Optimized for FDM 3D printing 🎨 Looks fantastic in both single-color and multi-color prints 🎁 Great as a desk toy, collectible, display piece, or gift 📏 Size   At 100% scale, the articulated lizard body measures approximately: 📏 Length: 191 mm (7.52 in) 📐 Width: 75 mm (2.95 in) 📏 Height: 26 mm (1.02 in) Dimensions refer to the articulated body only (head not included in the length).   🖨 Recommended Print Settings Printer: FDM Layer Height: 0.15 mm Infill: 10–15% Walls/Perimeters: 2 Supports: ❌ Not required Brim: Optional (only if you experience adhesion issues) Material: PLA recommended Nozzle Temperature: 210–220°C Bed Temperature: 55–60°C All parts have been designed for support-free printing to make the printing process as easy and reliable as possible. 📦 Download Includes 🎨 Pre-painted Bambu Studio (.3MF) project 🎨 Pre-painted PrusaSlicer (.3MF) project 🎨 Pre-painted ELEGOO Slicer (.3MF) project 📁 STL files for the articulated lizard body 🦎 Head with printable eyes 👀 Head with sockets for 8 mm glass eyes The included 3MF projects come pre-painted and are ready for multi-color printing in their respective slicers.   ⚠ Scaling Notice This model has been carefully tuned for smooth articulation at its original size. Scaling the model up or down may alter the joint tolerances, causing the articulated sections to become either too tight or too loose.