Education Supplies
Walter Products™ BCC (Body Centered Cube) Molecular Model Kit
Molecular model kit for the visual representation of cesium chloride.
Walter Products™ Molecular Orbital Theory Model Kit
Provide a visual representation of Molecular Orbital Theory with this model kit.
Innovating Science Phenol Red pH Testing Kit
Test water pH within range 6.8 to 8.2 with this phenol red testing kit.
Walter Products™ Dual-sex Human Torso Model with Open Back
This human torso model provides students with hands-on experience examining main body systems.
BigEye™ Magnifier
Biggest hand-held magnifier available.
Walter Products™ 3X Life-size Heart Model
This 3-part model is 3 times larger than the human heart and can be sectioned along the anterior plane.
Innovating Science Soil Macronutrient Testing Kit
Plants need a variety of nutrients and minerals to grow and maintain overall health. Extract nutrients from soil of your choice and determine if nitrogen, phosphorus, and potassium are present in the soil sample.
Celestron NexStar 8SE Computerized Telescope
Celestron’s engineers created NexStar SE’s unique, patented single fork arm mount. It’s perfectly portable and makes setup quick and easy.
Kemtec™ Photosynthesis I (Hill Reaction) Kit
Use this kit to perform partial processes of photosynthesis in the laboratory.
Kemtec™ Forensics Kit: Fabrics and Fiber
Examine various types of fabric and fiber evidence and observe the various types of characteristics that are exhibited.
Innovating Science™ Instant Light Powder Chemiluminescence Demo Kit
Designed to help students understand the topics of chemiluminescence and kinetics.
Kemtec™ Anti-Rh, Anti-D Serum, Lyophilized
Lyophilized sera allow prolonged, stable storage and shelf life.
Kemtec™ Anti-A, Anti-B, Serum Set, Lyophilized, 3-300L
Lyophilized sera allow prolonged, stable storage and shelf life.
Kemtec™ AP™ Chemistry Kits: Determining Molar Enthalpy Using Hess's Law
This calorimetry lab uses reliable reactions as students measure temperature changes, determine the calorimeter constant and ultimately calculate the molar enthalpy of formation for magnesium oxide using Hess's Law.