Free standard shipping (in North America) on orders over $100 USD.
For all US and Canadian orders under $100 USD there is a $5.99 standard shipping charge.
Free shipping on all international orders over $200 USD.
Flat rate $15.99 international shipping for all orders under $200 USD.
Shipping time: US & Canada: 5-7 business days；Other Countries: 7-20 business days.
We would delivery your package within 24 hours after payment.
Tracking number will be sent to your order dispatch email 2-3 days after we ship your order.
RETURNS AND EXCHANGES
Your 100% satisfaction is important for us. If you are unhappy with your purchase for any reason you can return it to us in an unused condition within 30 days for a refund.
The model, 1.5X life size, shows the liver and gallbladder in open section with the complex network of vessels and bile ducts, displayed in different colors for clarity and ease of examination.
This half life size torso is an excellent tool in basic anatomy teaching. Composed of 16 parts, as follows: • head (2 parts) showing a section of the brain and...
A quality plastic skull model for basic anatomical study of the the skull bones, jaw and brain cavity. The 1/2 life size skull model features a movable jaw on a spring with...
▪ Life size in 2 parts. This heart model shows the anatomy of the human heart with ventricles, atriums, valves, veins, and the aorta in great anatomical detail. ▪ The anterior heart...
This ¼ life-size model is a useful tool to study human superficial musculature. Significant structures are numbered and referenced on the accompanying k-card.
Hight: 52cm
This deluxe adult life-sized skeleton with ligaments and painted muscles is designed to be used by any student of anatomy from beginner to advanced, and can be used by medical...
This life size torso with open back is composed of 28 parts and provides an exceptionally realistic reproduction of anatomical structures in their finest detail. All of the body systems...
This life-size head model is sliced horizontally into 12 pieces, giving an idea of how computer tomography and magnetic resonance work. Each slice can be rotated and removed for closer...
