Simulator Classroom Infrared Emitter, designed to provide simultaneous listening for a classroom or simulation lab full of students. Many institutions find value in utilizing the Classroom Infrared Emitter with high-priced manikins and simulators
Minerals Model Set, Build the most abundant silicate minerals including feldspar, quartz, olivine, pyroxenes, amphiboles, micas, clay minerals, Students Learn how models of silicate minerals are related to unit cell/crystal lattice structures, It has enough parts to construct
Solar System Model, constructed three dimensional model is a great way to explain the solar system to students, mounted on a sturdy base. Includes a key, dimensions: 24x 14x 11 inch, Weight: 3 lbs
Seismograph Model creates a visual representation of the shock waves generated by an earthquake, Use to teach both mathematical and geological concepts by manually pulling the paper strip and recording simple movements made by jumping or moving, Pencil not included
OrthoBones* Model, standard Foot W Hammertoes, hard cortical bone and softer, spongy bone (spongiosa), Anatomically accurate, Realistic haptics, Simple handling, Two-component structure, Excellent results, Dimensions: 26 x 12 x 10 cm, weight: 0.126 kg
ORTHObones* Premium Model, Tibia Left, is used by surgeons, orthopaedists and medical engineers worldwide, high quality, biomechanical bones perfectly resemble a human bone, with the two distinct layers, Dimensions: 39 x 81 x 7 cm, weight: 0.216 kg
OrthoBones* Model, standard Ulna Left, hard cortical bone and softer, spongy bone (spongiosa), Anatomically accurate, Realistic haptics, Simple handling, Two-component structure, Excellent results, Dimensions: 28 x 4 x 3 cm, weight: 0.023 kg
ORTHObones* Premium Model, Scapula Left, high product quality, realistic mechanical characteristics, exceptional value for money, perfectly resembles a human bone in terms of form and characteristics, cancellous bone material, weight: 0.093 kg
OrthoBones* Model, standard Cervical Vertebrae, hard cortical bone and softer, spongy bone (spongiosa), Anatomically accurate, Realistic haptics, Simple handling, Two-component structure, Excellent results, Dimensions: 14 x 7 x 6.5 cm, weight: 0.064 kg
Model, Human Cell, 40,000 Times Life-Size, represents an undifferentiated human cell at an enlargement, It shows the structure of the smallest unit of any living creature capable of independent life, Dimensions: 60 x 46 x 46 cm, weight: 22.2 kg
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