This 3D model presents a scientifically accurate and visually stunning representation of the human hand's skeletal structure. Designed for educational, medical, or artistic use, the model captures the intricate architecture of all 27 bones that comprise the human hand: five metacarpals forming the palm’s characteristic fan shape, fourteen phalanges that create the finger and thumb segments, and the eight carpal bones of the wrist responsible for the hand’s complex mobility.

Each bone is positioned in its correct anatomical relationship, providing a clear understanding of how the scaphoid, lunate, triquetrum, and pisiform of the proximal carpal row interact with the distal row’s trapezium, trapezoid, capitate, and hamate bones. The metacarpals are modeled with subtle curvature and proportional accuracy, illustrating the natural arch of the palm. Each phalanx is uniquely detailed to show anatomical landmarks including the base, shaft, and head, alongside realistic bone textures that include surface pores, muscle attachment markings, and subtle aging effects.

This model is presented in multiple angles, offering dorsal, palmar, and lateral views. Close-up renderings of joints like the thumb’s saddle joint and the carpometacarpal articulations allow for in-depth exploration. The bone coloration resembles aged ivory with naturally varying patinas, and the lighting is meticulously crafted to provide museum-quality clarity without harsh shadows. Minor reference details such as metric scales and anatomical direction indicators enhance its value for instruction and professional study.

Perfect for medical students, anatomists, digital sculptors, or museums, this piece honors the biomechanical wonder that enables human precision