Models

Supplier: 3B Scientific

The KNM-ER 406, Omo L. 7a-125 skull model is the finest casting produced from scientifically made copies of specimens. This unique KNM-ER 406, Omo L. 7a-125 replica is supplemented by having it displayed on a pedestal that contains a relief map of the geographical area where the skull specimen was found. This KNM-ER 406, Omo L. 7a-125 skull model is a high-quality casting of a reconstruction of the Kalvarium skull (KMN-ER 406) with a partial mandible (Omo L. 7a-125). The Kalvarium skull is approximately 1,7 million years old and was discovered at Lake Rudolph (now called Lake Turkana) in 1970. The partial mandible comes from a different dig but is clearly from the same species. The classification of the species that this skull comes from has not yet been indisputably clarified. Discussions continue as to whether the anatomical features of this skull specimen points to classification as an Australopithecus boisei or a Paranthropus boisei. Example of a pre-human hominid. Discovered at: Lake Turkana, formerly Lake Rudolph Discovery: 1970 Age: about 1,7 million years This KNM-ER 406, Omo L. 7a-125 skull replica is a great tool for teaching and learning the anatomy of early huminid species.

Supplier: 3B Scientific

Detailed natural size plastic cast of original human skull.

Supplier: 3B Scientific

This sophisticated human muscular model shows the deep and superficial musculature in great detail. The extraordinary accuracy of the human muscular system makes this masterpiece a unique tool for instructions even in large lecture halls. Following parts of muscular figure can be removed and studied in detail:

Supplier: 3B Scientific

Study the anatomy of the human skeleton in detail with 3B skeletal models! This high quality model details the human sacrum and coccyx.

Supplier: 3B Scientific

Eye, 5 times full-size, in 7 parts

Supplier: 3B Scientific

These models are ideal for training.

Supplier: 3B Scientific

The two halves of this relief model show the three layers of hairy and hairless skin in order to make the differences clear.

Supplier: 3B Scientific

This synapse model is a great addition to any anatomical lesson of the human nervous system. The synapse model features the endoplasmic reticulum, mitochondria and the membranes of the synaptic gap. Also depicted by the synapses model are 5 smaller relief models of the main synapse variations.

Supplier: 3B Scientific

This model dissects into both halves of sclera with cornea and eye muscle attachments, both halves of the choroid with iris and retina, lens and vitreous humour.

Supplier: 3B Scientific

Shoulder joint: Life-size plastic moldings of the upper part of the humerus; shoulder blades and collarbones with ligaments. Movements that can be studied: the arm is lifted (abduction), moved forwards and backwards (anteversion or retroversion) and rotation inwards and outwards. On stand.

Supplier: 3B Scientific

All important structures of the human kidney for student and patient education are shown.

Supplier: 3B Scientific

This birthing simulator contains two interchangeable abdominal overlays – One containing an additional fetus in a simulated amniotic fluid sac for practicing Leopold’s maneuver – The other being transparent to allow viewing of the fetal position during labor. The birthing simulator features:

Supplier: 3B Scientific

Consisting of atlas, axis, another cervical vertebra, two thoracic vertebrae with inter-vertebral discs and one lumbar vertebra.

Supplier: 3B Scientific

This high-quality functional knee joint model of a naturally-sized right knee joint with ligaments shows the anatomy and possible physiological movements (e.g. abductions, anteversion, retroversion, internal and external rotation) in exceptional detail. This knee joint model also clearly defines the ACL and PCL. The colour of the natural-cast bones of the knee joint is extremely realistic. The cartilage on the knee joint surfaces is marked blue.

Supplier: 3B Scientific

Malus pumila. Models showing sepals, petals, carpels and stamen.

Supplier: 3B Scientific

Molecular models specially designed to show the most common atoms and connections.