GD Scattered Bones Model of Human Skeleton

The GD Scattered Bones Model of Human Skeleton is a detailed disarticulated (loose) skeletal model designed for comprehensive study of human osteology. Manufactured from high-quality imported PVC, this model replicates the full set of adult human bones in natural anatomical proportions and is ideal for hands-on learning in anatomy laboratories and medical training institutions.

Product Overview

Unlike articulated skeleton models, the GD Scattered Bones Model provides individual, separate bones, allowing students to study each component independently. This format enhances understanding of bone structure, anatomical landmarks, joint surfaces, and spatial relationships within the skeletal system.

The model is carefully molded to display realistic surface features, including foramina, processes, ridges, and articulating areas. Its durable PVC construction ensures long-term use in classroom and laboratory settings.

Anatomical Structures Included

The set represents the complete adult human skeletal system, including:

• Skull (cranial and facial bones)
• Vertebral column components
• Rib cage and sternum
• Upper limb bones (humerus, radius, ulna, carpals, metacarpals, phalanges)
• Lower limb bones (femur, tibia, fibula, tarsals, metatarsals, phalanges)
• Pelvic bones

Each bone is designed for accurate anatomical identification and study.

Key Features

• Disarticulated full human skeleton model
• Realistic anatomical detailing
• Durable imported PVC construction
• Ideal for osteology and skeletal system study
• Beautifully packaged in a carton box for safe storage and transport

Applications

• Medical and nursing education
• Osteology and skeletal anatomy studies
• Forensic and anthropology training
• Orthopedic education
• Anatomy laboratory practical sessions
• Biology and health science instruction

Technical Specifications

The GD Scattered Bones Model of Human Skeleton provides a comprehensive and practical tool for in-depth skeletal anatomy study, offering flexibility and realism for hands-on educational use.