Gima Anatomical Model of Human Eye, Modular in 4 Parts, Magnification 5X
Prices from
COMPARE ALL WEBSHOPS
(1)
Amazon
Human Eye model enlarged 5 times compared to the life size that allows an easy observation of the different structures that compose it. The model shows the eyeball with optic nerves and muscles in its natural position in the bony orbit. The removable parts are: rectus lateralis muscle; levator palpebrae; superioris muscle together with the lacrimal gland; eyeball with extrinsic eye muscles; base of bony orbit Size: 40 x 26 x 31.5 cm; Weight: approx. 2.85 kg; Parts: 4; Magnification: 5X Excellent for school and university training of the eye structure. It can be used in medical practice to communicate with patients during examinations
Read more
420.66
Featured
|
£ 420.66 |
To Shop
|
Description
Amazon
Human Eye model enlarged 5 times compared to the life size that allows an easy observation of the different structures that compose it. The model shows the eyeball with optic nerves and muscles in its natural position in the bony orbit. The removable parts are: rectus lateralis muscle; levator palpebrae; superioris muscle together with the lacrimal gland; eyeball with extrinsic eye muscles; base of bony orbit Size: 40 x 26 x 31.5 cm; Weight: approx. 2.85 kg; Parts: 4; Magnification: 5X Excellent for school and university training of the eye structure. It can be used in medical practice to communicate with patients during examinations
Compare webshops (1)
Shop
Price
Human Eye model enlarged 5 times compared to the life size that allows an easy observation of the different structures that compose it. The model shows the eyeball with optic nerves and muscles in its natural position in the bony orbit. The removable parts are: rectus lateralis muscle; levator palpebrae; superioris muscle together with the lacrimal gland; eyeball with extrinsic eye muscles; base of bony orbit Size: 40 x 26 x 31.5 cm; Weight: approx. 2.85 kg; Parts: 4; Magnification: 5X Excellent for school and university training of the eye structure. It can be used in medical practice to communicate with patients during examinations