Human Heart Models

Price 950 INR/ Piece

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MOQ : 1 , , Piece

Human Heart Models Specification

Equipment Materials
PVC

Type
Anatomical Model

Usage
For Laboratory

Capacity
1 Kg/hr

Temperature Range
10-40 0C Celsius (oC)

Dimension (L*W*H)
480x430x30 Millimeter (mm)

Weight
200 Grams (g)

Human Heart Models Trade Information

Minimum Order Quantity
1 , , Piece

FOB Port
Ambala Cantt

Payment Terms
Cash in Advance (CID)

Supply Ability
1 , , Piece Per Week

Delivery Time
1 Days

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
Each Piece

Main Export Market(s)
Africa, Asia

Main Domestic Market
All India

Certifications
ISO 9001..2015/CE

About Human Heart Models

Experience careful craftsmanship with our Human Heart Models, manufactured in India and tailored to your needs for personalised studies. Crafted from high-quality PVC and weighing only 200 grams, this anatomical model delivers unrivaled accuracy at an unbeatable price. The recent price cut adds exceptional value, making it accessible for every laboratory. With heroically detailed dimensions of 480x430x30 mm, it beautifully illustrates heart anatomy for educational use. Suited for laboratory environments operating within a temperature range of 10-40C, this model offers both durability and realism. As exporters, manufacturers, and suppliers, we guarantee unmatched reliability.

Applications and Competitive Edge of Human Heart Models

Our Human Heart Models are primarily used as educational tools within laboratory settings, benefiting medical students, teachers, and researchers. The application media includes classroom demonstrations, simulation training, and anatomical studies. Competitive advantages stem from the models unrivaled precision, longevity, and valuable teaching potential. Used as a visual aid, it strengthens the learning experience, enabling in-depth understanding of human heart anatomy and function.

Sample Availability, Supply Capacity, and Packaging Details

Samples of our Human Heart Models are readily available for quality assessment before purchase. With robust logistics support, we ensure swift dispatching of orders and handle packaging with care to prevent damage during transit. The supply ability is flexible and can be adjusted based on demand, ensuring timely shipments. Minimal charges may apply for samples, and all items are packaged securely to maintain integrity throughout the delivery process.

FAQs of Human Heart Models:

Q: How can Human Heart Models be personalised for my laboratory needs?

A: Our Human Heart Models can be tailored to specific laboratory requirements, including customized labeling, branding, or design modifications. Please contact our sales team to discuss your unique specifications.

Q: What are the competitive advantages of using these anatomical heart models?

A: These models offer unrivaled anatomical precision and are constructed from durable PVC material. They are lightweight, easy to handle, and support effective classroom demonstrations and hands-on training.

Q: Where are the Human Heart Models manufactured and exported from?

A: All our Human Heart Models are manufactured, supplied, and exported directly from India by our qualified team of professionals.

Q: When do orders for Human Heart Models get dispatched?

A: Orders are promptly processed and dispatched after confirmation, depending on order size and stock availability. Our logistics team ensures timely shipment and delivery.

Q: What is the process for obtaining a sample of the Human Heart Model?

A: To request a sample, simply contact our support team. Minimal charges may be required, and we will handle logistics and packaging to send the sample safely to your location.

Q: How should the Human Heart Model be used in educational settings?

A: These models are designed for laboratory and classroom environments, ideal for practical demonstrations, anatomical studies, and medical training purposes.

Q: What are the benefits of using PVC material in these models?

A: PVC ensures the models are lightweight yet robust, resistant to typical laboratory wear and tear, and able to maintain their shape and detail under varying temperature conditions.

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