The Upper Limb – biceps, bones and ligaments is a detailed 3D-printed anatomical model crafted for medical educators, students and clinical trainers. It accurately demonstrates the origin, course, and insertion of the biceps, while highlighting key bones and ligaments. Choose this model for its clinical-grade precision and real-world teaching utility.

Reveal the Anatomy of the Upper Limb with Impressive Precision

This model showcases the Upper Limb – biceps, bones and ligaments with unparalleled accuracy, revealing crucial structures often hidden from view. Medical educators and students use this model to explore the path of the biceps, from the supraglenoid tubercle and coracoid process to the bifid tendon insertion. Most other arm and shoulder muscle bellies have been removed, allowing you to focus on biceps, bones and ligaments without distraction. The model captures the bicipital aponeurosis and the rounded tendon winding around the radius for insertion into the radial tuberosity. Experience clinical-grade quality built to meet educational standards and benefit from robust 3D-printing for repeated handling.

Features and Benefits

• 3D-printed construction for lifelike anatomical accuracy
• Shows biceps origin, course, and insertion in detail
• Bicipital aponeurosis and tendon attachment clearly rendered
• Most other arm and shoulder muscle bellies removed for clear study
• Clinical-grade material suitable for educational institutions
• Durable model withstands repeated use

Indications for Use

• Anatomy and physiology education for students
• Medical and allied health professional training
• Clinical demonstration of upper limb structures
• Patient education in physiotherapy settings

Size Guide

• Single size—accurate human adult anatomical proportions