Fine Structure Of The Artery & Vein Model Manufacturer,Supplier and Exporter in India
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Product Code : SCL-BLE-11034
The Artery and Vein Model is a non-volumetric cardiovascular anatomy teaching model used for demonstrating the fine structure of blood vessels, including the tunica intima, tunica media, tunica adventitia, lumen, and venous valves. It is designed for schools, colleges, biology laboratories, nursing institutes, and health-science classrooms.
Product Description
The Fine Structure of the Artery & Vein Model from Lab Glassware Manufacturer helps students compare the wall structure of an artery and a vein in a clear classroom format. It supports lessons on vessel layers, lumen size, elastic tissue, smooth muscle, endothelial lining, and the structural reason arteries and veins behave differently in circulation.
This cardiovascular teaching model is suitable for biology lab equipment collections, anatomy classrooms, nursing demonstration rooms, and medical foundation classes. It can also support lessons on pressure and flow when paired with physics lab equipment. The model is educational only and must not be used for diagnosis or clinical training assessment.
Key Features
- Artery and vein model for teaching blood-vessel wall structure and comparison.
- Shows key vessel layers: tunica intima, tunica media, and tunica adventitia where represented.
- Useful for explaining lumen size, vessel elasticity, smooth muscle thickness, and venous valves.
- Non-volumetric teaching model; no liquid capacity or measuring capacity is applicable.
- Suitable for biology, anatomy, nursing, cardiovascular physiology, and health-science lessons.
- Helps students compare high-pressure arterial flow with lower-pressure venous return.
- Reusable classroom aid for supervised school, college, and institutional demonstrations.
- Educational model only; not intended for diagnosis, vascular assessment, or treatment planning.
Technical Specifications
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Specification |
Detail |
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Product Name |
Fine Structure of the Artery & Vein Model |
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Brand |
Lab Glassware Manufacturer |
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Product Category |
Biology Lab Equipment / Cardiovascular Anatomy Teaching Model |
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Primary Keyword |
Artery and Vein Model |
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Secondary Keywords |
fine structure of artery and vein model, blood vessel model, artery vein anatomy model, vascular system model, tunica intima model, tunica media model, venous valve model, biology lab cardiovascular model |
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Intended Users |
Schools, colleges, universities, biology laboratories, nursing institutes, anatomy classrooms, medical foundation classes, and teaching equipment distributors |
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Capacity / Format |
Non-volumetric cardiovascular anatomy teaching model; capacity not applicable |
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Included Components |
Main artery and vein fine-structure model; exact labelled parts, base, removable sections, and guide to be confirmed |
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Standards / Certifications |
No product-specific certification confirmed |
What's Included in the Kit
- 1 x Fine Structure of the Artery & Vein Model
- Artery cross-section display section
- Vein cross-section display section
- Venous valve representation
- Base or stand
- Numbered labels or anatomical key
- Instruction sheet or teacher guide
Applications / Uses
- Teaching the fine structure of arteries and veins in biology classrooms.
- Explaining tunica intima, tunica media, tunica adventitia, endothelium, and vessel lumen.
- Comparing artery wall thickness with vein wall structure and larger venous lumen.
- Demonstrating the function of venous valves in one-way blood return where represented.
- Supporting lessons on circulation, blood pressure, vessel elasticity, and cardiovascular health.
- Pairing with microscope instruments for wider teaching on vessel histology and tissue observation.
- Adding to institutional science lab equipment procurement for human biology teaching.
How to Use the Fine Structure of the Artery & Vein Model
- Place the model on a stable classroom table or laboratory demonstration bench.
- Introduce the model as a comparative display of artery and vein wall structure.
- Identify the artery section and point out the lumen and thicker muscular wall where shown.
- Identify the vein section and compare its lumen, wall thickness, and valve representation where shown.
- Use approved diagrams to explain the tunica intima, tunica media, and tunica adventitia.
- Discuss how structural differences support arterial blood pressure and venous return.
- Ask students to compare the model with prepared-slide observations or textbook histology images.
Safety note: Use this model only as a supervised educational aid. It must not be used for diagnosis, vascular assessment, clinical training assessment, or patient-care decisions.
Care & Maintenance
- Clean the model gently with a soft, dry or slightly damp non-abrasive cloth.
- Keep removable parts, labels, and guide sheets together after each class.
- Avoid harsh chemicals, solvents, direct heat, excess moisture, and rough handling.
- Do not force removable or labelled sections beyond their intended fit.
Why Choose Lab Glassware Manufacturer
Lab Glassware Manufacturer supplies scientific laboratory instruments, lab experiment setups, science kits, mathematics kits, didactic models, and STEM models for educational and institutional buyers. The company serves schools, colleges, universities, laboratories, distributors, and export customers through a broad laboratory product range. Its catalogue supports biology, microscope, physics, glassware, and general science teaching requirements. Buyers can source the Fine Structure of the Artery & Vein Model as part of a wider Biology Lab Equipment setup.
Frequently Asked Questions
What is an Artery and Vein Model used for?
An Artery and Vein Model is used to teach the fine structure of blood vessels, including vessel layers, lumen differences, arterial wall thickness, and venous valves.
What are the three layers of an artery and vein?
The three main vessel-wall layers are the tunica intima, tunica media, and tunica adventitia. These layers are present in arteries and veins, but their relative thickness differs.
How is an artery different from a vein?
Arteries generally have thicker muscular walls to handle higher pressure. Veins usually have thinner walls, larger lumens, and may contain valves to help prevent backflow.
Is this model suitable for school biology labs?
Yes. It is suitable for supervised school, college, biology, anatomy, nursing, and health-science classrooms teaching the cardiovascular system.
What material is the model made from?
The material is not confirmed in the supplied product data. Do not publish claims about PVC, plastic, resin, acrylic, silicone, fiberglass, or rubber unless verified by the manufacturer’s approved datasheet.
Can this model be used for medical diagnosis?
No. This model is an educational anatomy aid only. It must not be used for diagnosis, vascular testing, treatment planning, clinical assessment, or patient-care decisions.
Recommended Product Image ALT Text
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Request the Fine Structure of the Artery & Vein Model for cardiovascular-anatomy teaching, or browse more human anatomy models in the Biology Lab Equipment category.
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