Turn your sketch or idea into a professional 3D design ready for printing.
Designed by a high school CAD specialist with 2+ years of hands-on 3D printing experience.
Designed as a moving, multi-part assembly with real mechanical motion after printing. Printed in 12 parts, assembled without glue.
Detailed scaled layout with furniture and decorations. Optimized for under 0.2mm layer height with clean assembly.
Full themed chess set with interlocking base that allows fast setup, secure storage, and easy transport. Includes custom trophy.
Decorative lantern with embedded magnets for easy access. Designed for magnet tolerances on standard FDM printers.
From concept to print-ready models. Designed specifically for FDM printers with proper tolerances and printability in mind.
Designs that print in multiple pieces and assemble cleanly. Proper clearances, snap-fits, and mechanical joints that actually work.
Minimal supports, optimal orientation, and wall thickness designed for strength. Models that save filament and print time without sacrificing quality.
Both practical mechanical parts and detailed decorative pieces. Parametric designs available when customization is useful.
Share your concept through descriptions, sketches, or reference images. Any format works.
I review your project and send a clear quote with timeline within 24 hours.
I design and optimize for 3D printing, considering supports, tolerances, and assembly.
Receive print-ready STL files and source CAD files if needed.
I'm a high school CAD designer with over two years of hands-on experience designing functional, ready-to-print models.
I focus on designs that assemble cleanly, move smoothly, and are practical to print on real machines. Over the past two years, I've designed everything from multi-part mechanical assemblies to decorative models with embedded magnets and moving parts.
My approach is straightforward: I design with your specific printer in mind, calculating proper tolerances and orientation so your prints succeed. Every project gets careful attention to printability, support minimization, and ease of assembly.