Biological Models
Showing all 12 results
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Biological Models7 Parts Human Heart Models
Oesophagus
Trachea
Superior vena cava aorta
Front heart wall
Upper half of the heart mounted on base with numbered key card. -
Biological Models
A Dissection of The Right Side of The Neck
Life size model showing the Right side of neck dissection showing the brachiocephalic, rightcommon carotid artery and its branches. On base. Numbered with English Key Card.
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Biological Models
Acupuncture Model 26CM
The Acupuncture Model (26 cm) is a detailed educational model designed to illustrate acupuncture points and meridian pathways used in traditional Chinese medicine. It provides a clear visual reference for learning point locations, therapeutic applications, and treatment techniques, making it ideal for acupuncture training, medical education, and clinical demonstrations.
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Biological Models
Breast Examination Model
The Breast Examination Model is a realistic medical training aid designed for teaching and practicing clinical breast examination techniques. It simulates normal and abnormal breast conditions, including palpable lumps and nodules, enabling learners to develop skills in breast assessment and early detection of abnormalities.
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Biological Models
Human Torso Unisex 12 Parts
The following components of this torso are
removable :
1. 2 – Parts head
2. 2 – Parts removable heart
3. 2 Lungs
4. Stomach
5. Liver with gall bladder
6. Front half of kidney
7. With numbered Key Card -
Biological Models
Human Upper and Lower Jaw
Model showing various positions of teeth in the
upper and lower jaws. Internal wall is removed
to show the incisors, permanent canine and
permanent premolar, milk canine, milk premolars,
permanent incisors in full view and also
arteries, veins and nerves serving them. On
base. Numbered with English Key Card. -
Biological Models
Micro Anatomy Digestive System
Description:This model illustrate the structure of the fine tissues of four characteristic sections of the Digestive system: 1.Oesophagus 2.Stomach 3.Small Intestine 4.Large Intestine
The front of the model, from top to bottom, shows a magnified view in histological section of the individual sections of the digestive system and their fine tissue structures. On the back of the model, highly magnified views of didactically interesting areas of each of the digestive system sections shown on the front are emphasized. -
Biological Models
Monocot Stem Structure
This Model of Corn Stem Anatomy is designed to demonstrate the detailed internal structure of a generalized monocot stem in both cross-sectional and longitudinal views. It clearly illustrates important anatomical features including the cuticle layer, epidermis, mechanical tissue, parenchymatous tissue, and closed vascular bundles. Ideal for biology, botany, and agricultural science education, the model helps students understand plant tissue organization and stem anatomy.
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Biological Models
Shoulder Joint Intracavitary Injection Model
The Shoulder Joint Intracavitary Injection Model is a realistic medical training simulator designed for practicing shoulder joint injection and aspiration procedures. It accurately represents shoulder anatomy, enabling learners to identify injection sites and perform intracavitary injections with precision
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Biological Models
Torso Half Size With Head
Youth model, approx 49 cm. in height,
dissectable into 6 Parts. The brain fixed in
skull, seen after removing the skullcap, lungs,
liver, stomach and intestine and removable to
show the internal structure. On base. Numbered
with English Key Card. -
Biological Models
Torso Sexless 10 Parts
Life Size, Sexless torso in 10 parts. The eye with optical nerve and half brain are removable. The lungs and heart in two parts, lever, stomach, front portion of the kidney, half of the bladder and the intestine are removable. Numbered with English Key Card.
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Biological Models
Transparent Male and Female Urethral Simulator
The Transparent Male and Female Urethral Simulator is designed for realistic catheterization training and anatomical demonstration. Its transparent structure allows clear observation of catheter insertion and urinary pathways. The model features accurate male and female anatomy, helping students practice urethral catheterization, urinary care procedures, and clinical skills effectively.