Anatomy Stady Model
Print Profile(1)

Description
Title:
3D Anatomical Model: Superior Torso with Detachable Organs for Study
Description:
This 3D file presents a meticulously detailed model of the human upper torso, perfectly suited for students, medical professionals, and anatomy enthusiasts alike. Designed for 3D printing, the model incorporates separate and detachable organs, facilitating both hands-on and visual anatomical exploration
Features:
- Discrete Components: Each organ is rendered as an individual component, including the heart, lungs, liver, stomach, and more
- Precise Design: Based on accurate anatomical proportions for effective learning
- Internal Detailing: Organs feature realistic textures and internal structures for enhanced comprehension
- Scalability: Files are easily resizable prior to printing to accommodate individual needs
- Universal Compatibility: Available in STL, OBJ, and 3MF formats, ensuring broad compatibility with most 3D printers
- Print Optimization: A harmonious balance of detail and efficiency, minimizing support structures while maximizing print quality
Printing Recommendations:
- Suggested Material: PLA or resin for superior resolution
- Resolution: 0.1-0.2 mm for capturing fine detail
- Coloration: Print in white for subsequent painting, or utilize colored filaments for an interactive learning experience
Applications:
- Instructional use in schools and universities
- Reference material for medical and biology students
- Exhibits in museums or scientific presentations
English Version
Title:
3D Anatomical Model: Upper Torso with Separate Organs for Study
Description:
This 3D file features a detailed human upper torso model, ideal for students, medical professionals, and anatomy enthusiasts. Designed for 3D printing, the model includes removable, separate organs for hands-on and visual learning.
Features:
- Separate Components: Each organ is modeled as an individual piece, including the heart, lungs, liver, stomach, and more.
- Accurate Design: Based on real anatomical proportions for effective learning.
- Internal Details: Organs include textures and internal shapes to enhance understanding.
- Scalable: Files can be resized before printing to meet user needs.
- Universal Compatibility: Available in STL, OBJ, and 3MF formats, compatible with most 3D printers.
- Print Optimization: Balanced between detail and efficiency, minimizing supports while maximizing print quality.
Printing Recommendations:
- Material Suggested: PLA or resin for high resolution.
- Resolution: 0.1-0.2 mm to capture fine details.
- Coloration: Print in white for painting later, or use colored filaments for an interactive experience.
Applications:
- Teaching in schools and universities.
- Reference for medical and biology students.
- Exhibits in museums or scientific demonstrations.
Version Française
Titre :
Modèle Anatomique 3D : Torse Supérieur avec Organes Séparés pour l'Étude
Description :
Ce fichier 3D propose un modèle détaillé du torse supérieur humain, idéal pour les étudiants, les professionnels médicaux et les passionnés d’anatomie. Conçu pour l’impression 3D, le modèle comprend des organes séparés et amovibles, permettant un apprentissage pratique et visuel.
Caractéristiques :
- Composants Séparés : Chaque organe est modélisé comme une pièce indépendante, y compris le cœur, les poumons, le foie, l’estomac, et bien plus.
- Design Précis : Basé sur des proportions anatomiques réelles pour un apprentissage efficace.
- Détails Internes : Les organes comportent des textures et des formes internes pour une meilleure compréhension.
- Évolutivité : Les fichiers permettent un ajustement de la taille avant impression selon les besoins de l’utilisateur.
- Compatibilité Universelle : Formats disponibles en STL, OBJ, et 3MF, compatibles avec la plupart des imprimantes 3D.
- Optimisation pour Impression : Conçu pour un équilibre entre détail et efficacité, minimisant les supports et maximisant la qualité d’impression.
Recommandations d'Impression :
- Matériau Recommandé : PLA ou résine pour une haute résolution.
- Résolution : 0.1-0.2 mm pour capturer les détails fins.
- Coloration : Imprimez en blanc pour une peinture ultérieure ou utilisez des filaments colorés pour une expérience interactive.
Applications :
- Enseignement dans les écoles et universités.
- Référence pour les étudiants en médecine et biologie.
- Expositions dans les musées ou démonstrations scientifiques.
License
You shall not share, sub-license, sell, rent, host, transfer, or distribute in any way the digital or 3D printed versions of this object, nor any other derivative work of this object in its digital or physical format (including - but not limited to - remixes of this object, and hosting on other digital platforms). The objects may not be used without permission in any way whatsoever in which you charge money, or collect fees.


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