Skull Model with Facial Muscles

Lung Model with Larynx and Heart, 7 Part - Includes 3B Smart Anatomy

The lung model with larynx is first class. The high quality lung model contains the following removable parts for added anatomical detail:

• 2-part larynx
• Trachea with bronchial tree
• 2-part heart
• Subclavian artery and vein
• Vena cava
• Aorta
• Pulmonary artery
• Esophagus
• 2-part lung (front halves removable)
• Diaphragm

This is a great model of the anatomy of the lung area. The lung model with larynx is on baseboard for easy display in classroom or doctor's office.

This 3 part medical quality human skull replica is a first choice for basic anatomical studies of the skull. It also makes a great present for medical professionals and students of medicine and allied health professions.

• High quality original human skull cast
• Handmade from hard, unbreakable plastic
• Highly accurate representation of the fissures, foramina, processes, sutures etc.
• Can be disassembled into skull cap, base of skull and mandible
• Mandible is mounted on a spring to easily demonstrate natural movement
• As an option, a 5 part brain can be purchased separately (C 18) and fits into the skull
• Each tooth individually cast for realistic dentition
• Now with magnetic connections

3B Catheterization Trainer Simulator Set PRO Version, Male and Female

The P93 PRO catheterization trainer set can be used to realistically demonstrate, practice and evaluate female and male bladder catheterizations either via the urethra (transurethral) or the abdominal wall (suprapubic). The easy-to-change genital inserts are placed into the anatomically correct lower abdominal model and held in place with magnets. Both inserts are made from soft, flexible material: Foreskin and labia are movable and the penis can be stretched. This way the student can practice all the necessary gestures for catheterization. The material gives a realistic feeling when inserting and removing the catheter into the bladder with realistic resistance and insertion depths.

This model of two lumbar vertebrae in about double life size has the opportunity to demonstrate a lateral intervertebral disc