Carbon Oxide Crystal Structure Molecular Model This assembled molecular model is designed for school chemistry demonstrations and serves as a reference tool for chemistry majors in colleges and universities. It represents the molecular crystal structure of carbon oxide and is built for repeated classroom use. Key benefits Makes three dimensional crystal geometry visible and tangible, helping students grasp spatial relationships that are difficult to convey with flat diagrams. Modular assembly supports handson learning and group exercises, improving comprehension and retention. Assembly design simplifies storage and transportation. Components are disassembled after use and stored on the wooden base for compact reuse. Main features Accurate crystal representation: carbon atoms occupy the diagonals and the intersections between cube vertices and faces, with two oxygen atoms coordinated around each carbon atom. Assembly type construction: parts are assembled according to supplied drawings, then disassembled and returned to the wooden base for storage. Reusable and classroom friendly: intended for repeated demonstration and student practice. Function and compatibility Function: visual demonstration of molecular crystal packing and local coordination in carbon oxide structures. Compatibility: suitable for chemistry classes at middle school, school, and university levels, as well as lab demonstrations and study groups. Care and handling Follow the provided drawings for correct assembly and disassembly to maintain model integrity and teaching value. Keep the wooden bottom plate dry to prevent deformation during storage. Practical use scenarios Classroom lecture: Instructor assembles the model to illustrate the three dimensional arrangement of atoms during a lecture on molecular crystals. Laboratory exercise: Students work in small groups to build the model from parts, reinforcing concepts of coordination number and lattice positions. Study and review: The model is used in study sessions to visualize and discuss structural relationships as part of exam preparation or advanced coursework. This model delivers a practical, handson way to demonstrate and study the crystal structure of carbon oxide in educational settings.