Education Supplies
Eisco™ Human Ulna Bone Model
Life-size human ulna bone model provides an incredible amount of realism and detail for examining the human skeleton
Eisco™ Cow Digestive System Model
Diagrammatic depiction of digestion process showing enlarged view of stomach, alimentary canal, etc.
Eisco™ Dicot Stem Model
The dicot stem model shows the inner anatomy and vasculature of a dicot stem. The cross-section view with a slice removed provides two different internal views of a dicot stem.
Eisco™ Human Hip Bone Model
Life-size human hip bone model provides an incredible amount of realism and detail for examining the human skeleton
Eisco™ Plant Cell Meiosis Models, 16 Pieces
Revised, 16 Stage Plant Cell Meiosis Models have been redesigned to reflect the recent concept of chromosome changes from the resting nucleus to the formation of 4 daughter cells.
Eisco™ Human Tibia Bone Model
Life-size human tibia bone model provides an incredible amount of realism and detail for examining the human skeleton
Eisco™ Plant Chloroplast Model
Allows students to examine the complex structural anatomy of chloroplasts, the site of photosynthesis in plants.
Eisco™ Urinary Organs - Kidney and Bladder
Demonstrates all the anatomical details.
United Scientific™ Human Brain Model, 8-Part
Colorful 8-part model that provides a visual resource to guide discussions on the anatomy and functions of the human brain.
Eisco™ Fish Dissection Economy Model
Details general anatomy after dissection.
Eisco™ Human Fetal Development Stages Model Set
Human Fetal Development Stages Model Set demonstrates 7 major stages of child birth.
Eisco™ Dicot Stem Transverse Section Model
A vibrantly colored 3D model with details that show the inner anatomy and vasculature of a dicot stem.
Eisco™ Paramecium Model Numbered
Model of Paramecium with organelles exposed.
Eisco™ Euglena Model
Model of Euglena with organelles exposed.
Eisco™ Human Articulated Foot Bone Model
Life-size human foot bone model provides an incredible amount of realism and detail for examining the human skeleton. The flexible wire assembly allows for full movement demonstration.