This highly detailed 3D printable model of a human anatomical figure provides an accurate representation of the muscular system, making it an essential tool for medical professionals, anatomy students, artists, and 3D printing enthusiasts.

Created using 3D scanning technology, the model ensures high-resolution muscle definition, realistic human proportions, and clean topology, making it perfect for educational, medical, and artistic use. This anatomical figure is ideal for studying muscle structure, anatomy lessons, artistic reference, and anatomical sculptures.

Features:Highly Accurate Muscle Structure – Captures realistic muscle fibers, tendons, and human proportions.Optimized for 3D Printing – Watertight geometry ensures a smooth and error-free printing process.Multiple Poses & Variations – Comes in different muscle tension levels for comparative study.Scalable Model – Can be resized for miniature reference models or life-size educational sculptures.Multi-Purpose Use – Ideal for educational, medical, and artistic applications.

Recommended Applications:Medical & Educational Reference – Perfect for anatomy students, medical professionals, and researchers.Artistic & Conceptual Design – Essential for sculptors, digital artists, and 3D modelers.Collectible Figurines – A valuable 3D printed reference model for figure sculptors and illustrators.Dioramas & Display Models – Complements science-themed exhibitions and anatomical showcases.

File Formats:STL (Ready for 3D Printing)OBJ (Universal Format)

Pricing Rationale:High Demand for Anatomical & Educational Models – Used by students, medical institutions, and artists.Valuable for Art & Sculpting Reference – Ideal for concept artists, character designers, and 3D sculptors.Optimized for Multiple Printing Techniques – Compatible with FDM, SLA, and resin printers.

This anatomical human muscle model is a must-have for anatomy enthusiasts, medical professionals, and 3D printing hobbyists, offering an ultra-detailed and educational tool for various creative and professional applications.