Molecular Model Kit LX-0602 Atomic Model

Product DescriptionThe Molecular Model Kit LX-0602 Atomic Model is a 136-component educational chemistry set designed to help students and teachers build and visualize three-dimensional representations of atoms, molecules, chemical bonds and molecular structures.The exact LX-0602 model is currently listed in Bangladesh as a 136-component molecular structure kit supplied in a plastic storage box and manufactured in China.Chemical structures are often represented on paper as two-dimensional formulas or diagrams. However, real molecular structures involve atoms arranged in three-dimensional space. A physical molecular model kit gives students a practical way to convert written chemical formulas and structural diagrams into models they can hold, rotate and examine from different angles.The LX-0602 uses colored atom pieces together with connecting links representing chemical bonds. Matching product information describes black pieces for carbon, white for hydrogen, red for oxygen and green for chlorine among its color-coded atom representations.The kit includes both rigid and flexible connecting pieces. Flexible connectors are particularly useful when demonstrating structures involving different bond arrangements and when constructing models that require angled or curved connections. The exact LX-0602 listing describes specialized flexible links for constructing double- and triple-bond representations.The physical models can support lessons involving molecular geometry, organic chemistry, inorganic chemistry, hydrocarbons, isomerism, chemical bonding and crystal structures. The matching product listing specifically identifies applications ranging from alkanes, alkenes and alkynes to benzene, molecular halides, diamond and graphite structures.Physical molecular modeling is also useful when teaching VSEPR-based geometry. VSEPR is commonly used to predict the three-dimensional arrangement of atoms by considering electron-group repulsions around a central atom. A model kit allows students to compare those predicted geometries with assembled three-dimensional structures.The Molecular Model Kit LX-0602 is therefore suitable for schools, colleges, universities, chemistry laboratories, science clubs, private study and teacher demonstrations.Key FeaturesModel: LX-0602.Complete 136-component molecular model set.Designed for chemistry education and laboratory demonstrations.Color-coded atom pieces for easier element identification.Includes connecting pieces representing chemical bonds.Includes rigid short bond connectors.Includes flexible longer connectors.Suitable for constructing simple and more complex molecular structures.Useful for visualizing three-dimensional molecular geometry.Supports organic and inorganic chemistry lessons.Useful for demonstrating single, double and triple bond arrangements.Supports stereochemistry and isomerism demonstrations.Can be used for hydrocarbon structure models.Suitable for selected crystal-structure demonstrations.Includes a link-removal tool according to matching LX-0602 product information.Components are organized in a partitioned plastic storage box.Manual operation with no battery or electrical supply required.Reusable for repeated chemistry classes.Portable and convenient for classroom or laboratory use.Suitable for secondary, HSC and university-level chemistry education.Made in China.Product OverviewAtom ModelsThe colored balls in the LX-0602 represent different chemical elements.Using different colors helps students distinguish one type of atom from another while assembling molecular structures.The matching product listing specifies examples including:Black: CarbonWhite: HydrogenRed: OxygenGreen: ChlorineOther colors may represent additional elements depending on the supplied LX-0602 component configuration.Students should follow the supplied model guide or instructor’s instructions when assigning colors to elements rather than assuming every educational kit uses exactly the same color convention.Bond ConnectorsThe connecting links join atom pieces together to produce molecular models.The LX-0602 is described as including both:Rigid short connectorsFlexible long or curvable connectorsDifferent connectors can help students demonstrate different bond arrangements and molecular structures.Three-Dimensional Molecular GeometryOne of the primary advantages of a molecular model kit is the ability to examine molecular structure in three dimensions.A flat chemical formula may show which atoms are connected, but it does not always make spatial geometry immediately obvious.VSEPR-based chemistry teaching distinguishes structures such as:LinearTrigonal planarTetrahedralTrigonal pyramidalBentTrigonal bipyramidalOctahedralThe VSEPR model predicts molecular geometry by considering the arrangement of electron groups around a central atom.Using physical atom and bond pieces allows students to build representative models and view those arrangements from multiple directions.Organic Chemistry ModelingThe LX-0602 is especially useful for introductory organic chemistry.The matching product description specifically identifies applications involving:AlkanesAlkenesAlkynesAromatic hydrocarbons such as benzeneStudents can build carbon-based structures and compare differences in connectivity, bond arrangement and molecular shape.Inorganic Chemistry ModelingThe kit can also support suitable inorganic chemistry demonstrations.The matching LX-0602 listing identifies oxides, molecular halides and selected acid structures among its educational applications.IsomerismMolecular model kits are particularly useful for demonstrating structures that may have the same molecular formula but different arrangements.By physically rearranging atoms and bonds, students can compare different structural configurations more easily than with a two-dimensional drawing alone.The LX-0602 product information specifically lists structural and geometric isomer visualization as an educational application.Main ApplicationsMolecular Geometry DemonstrationStudents can construct models and examine how atoms are arranged around a central atom.This makes the kit useful alongside lessons on VSEPR and molecular shape. Molecular-model activities are used in chemistry education to compare predicted VSEPR geometry with constructed 3D structures.Chemical Bond DemonstrationThe connecting links can represent bonds between atoms.Students can use the kit to understand how atoms combine to form molecules and how different bonding arrangements influence molecular structure.Organic ChemistryThe LX-0602 can be used to construct representative models of:Methane and related simple hydrocarbonsAlkanesAlkenesAlkynesAromatic structuresBenzene-type modelsThe matching LX-0602 listing specifically identifies these organic-chemistry applications.Single, Double and Triple Bond RepresentationDifferent connectors can help demonstrate different bond arrangements.The flexible links supplied with matching LX-0602 kits are specifically described for multi-angle bending and double- or triple-bond model construction.Isomerism DemonstrationStudents can assemble different structures and compare their three-dimensional arrangements.This is useful for lessons involving:Structural isomerismGeometric arrangementMolecular orientationStereochemistryA physical molecular model can help students understand the three-dimensional arrangement of atoms around particular centres.Students can rotate the model and inspect it from different directions, which is valuable when flat diagrams become difficult to interpret.VSEPR Theory DemonstrationStudents can first predict a molecular geometry using VSEPR principles and then construct a model to examine the predicted arrangement.Chemistry laboratory teaching materials explicitly use modeling kits as part of exercises in which students predict molecular geometry using VSEPR and then create a three-dimensional model for comparison.Hydrocarbon Structure DemonstrationThe kit supports comparison of carbon-containing compounds with different bonding arrangements.This can help students visualize structural differences between saturated, unsaturated and aromatic molecular models.Crystal Structure DemonstrationThe matching product listing identifies diamond and graphite structures among possible higher-level applications.The number and complexity of structures that can be assembled at one time depends on the available atom and connector pieces.Classroom DemonstrationTeachers can build molecular structures before or during class and use them as visual teaching aids.Models can be rotated so students can observe the geometry from different viewing angles.Student Practical WorkStudents can work individually or in groups to:Read a chemical formula or structural diagram.Select the required atom models.Determine appropriate connectivity.Assemble the molecule.Compare the model with a predicted geometry.Identify structural differences.Disassemble and build another molecule.This approach promotes active learning rather than passive observation.Key Benefits3D visualization: Helps students understand molecular structures in three dimensions.Hands-on chemistry learning: Students physically assemble atoms and bonds.136 components: Provides a useful selection of modeling pieces for different structures.Color-coded atoms: Makes different elements easier to distinguish.Multiple bond connectors: Supports different bonding demonstrations.Flexible links: Useful for more complex bond arrangements.Organic chemistry support: Suitable for hydrocarbon and aromatic structure demonstrations.Inorganic chemistry support: Can represent suitable inorganic molecules.Geometry education: Supports VSEPR and molecular-shape lessons.Isomerism visualization: Makes different arrangements easier to compare.Reusable: Models can be disassembled and rebuilt repeatedly.No electricity required: Fully manual educational apparatus.Organized storage: Partitioned plastic box helps keep small components together.Portable: Convenient for moving between classrooms and laboratory benches.Suitable for several education levels: Matching product information identifies secondary, HSC and university chemistry use.Who Should Buy This Product?The Molecular Model Kit LX-0602 Atomic Model is suitable for:Secondary schoolsHigher secondary schoolsCollegesUniversitiesChemistry laboratoriesScience laboratoriesPolytechnic institutesTeacher-training institutesChemistry teachersScience teachersHSC chemistry studentsUniversity chemistry studentsLaboratory techniciansScience clubsSTEM education programmesPrivate tutorsEducational-equipment suppliersInstitutional procurement departmentsThe kit is particularly useful for students who need to understand molecular geometry and spatial structure beyond traditional two-dimensional textbook diagrams.Usage and Handling SummaryOpen the storage box on a stable laboratory bench or study surface.Identify the atom pieces and connectors required for the intended molecule.Refer to the supplied instruction guide, textbook or teacher’s instructions when selecting atom colors and bonding arrangements.Insert the connector into the appropriate opening in an atom model.Connect the second atom to the opposite end of the bond piece.Continue assembling the structure according to the intended molecular formula and geometry.Do not force a connector into an incompatible or incorrectly aligned opening.Where flexible links are required, bend them only within their normal working range.Use the supplied link-removal tool, where provided, to separate tight connections rather than pulling excessively on the components. Matching LX-0602 product information specifically lists a link-remover tool for this purpose.After completing the model, rotate it to observe the structure from different angles.Compare the assembled model with the expected structural formula, Lewis structure or predicted molecular geometry.After use, disassemble the model carefully.Return atom balls, connectors and tools to their appropriate storage compartments.Keep the storage box closed when the kit is not in use to reduce the risk of losing small components.Clean components with a soft dry or slightly damp cloth where necessary. Avoid harsh solvents unless compatibility with the plastic material has been confirmed.Store the kit in a clean, dry location away from excessive heat and direct sunlight.Limitations and Important ConsiderationsThe LX-0602 is an educational representation rather than a literal full-scale reproduction of atoms and molecules.Atom balls are symbolic physical models.Connector lengths should not automatically be interpreted as precision bond-length measurements.Model geometry is useful for visualization but should be interpreted together with appropriate chemistry theory.Exact individual atom quantities should be checked against the supplied packing list.Exact atom-ball diameters have not been independently confirmed.Exact connector lengths have not been independently confirmed.Exact plastic formulation should be confirmed from manufacturer documentation if required for formal procurement.Product colors may vary slightly between production batches.Storage-box appearance may vary.The kit contains small components and should be kept away from young children who may place pieces in the mouth.Excessive force may damage sockets or connectors.Flexible links should not be sharply folded beyond their normal working range.Missing components can restrict the molecules that can be constructed.The product should not be used as a precision crystallographic or molecular-measurement instrument.Institutional buyers should confirm the complete component checklist before accepting bulk deliveries.Available Pack Size or VariationsThe requested product configuration is:Product: Molecular Model Kit LX-0602 Atomic ModelModel: LX-0602Total Components: 136 PiecesPackaging: Plastic Storage BoxPack Size: 1 Complete SetOrigin: ChinaThe exact LX-0602 configuration is consistently listed in Bangladesh as a 136-component kit in a plastic box, made in China.Other junior, senior or differently sized molecular model kits may also be available separately depending on current stock.Customers should specify LX-0602 when requesting this exact configuration.Molecular Model Kit LX-0602 Price in BangladeshThe current Molecular Model Kit LX-0602 price in Bangladesh is available from Inaya Scientific on request.The final price may vary depending on:Current stockImport costSupplier batchComponent configurationProduct qualityOrder quantityInstitutional requirementsCurrency movementDelivery locationCustomers should specify Model LX-0602, 136 Components when requesting a quotation to avoid confusion with smaller or larger atomic-model sets.Schools, colleges, universities and institutional buyers can contact Inaya Scientific for current retail and bulk-order quotations.Availability and Delivery in BangladeshThe Molecular Model Kit LX-0602 Atomic Model is available from Inaya Scientific subject to current stock and product verification.Nationwide delivery support is available across Bangladesh, subject to courier coverage and delivery conditions.Customers requesting a quotation should provide:Required quantityInstitution or organization nameDelivery locationRequired model: LX-0602Any procurement or tender specificationsBefore dispatch, the set should ideally be checked for:Correct LX-0602 model136-component configurationAtom piecesConnecting linksStorage boxLink-removal tool where includedVisible damageMissing componentsWhy Buy From Inaya Scientific?Current Bangladesh price and stock confirmation.Chemistry laboratory equipment sourcing support.School, college and university quotation assistance.Exact LX-0602 model confirmation before ordering.Component and packaging verification support.Bulk and institutional procurement assistance.Chemistry lab setup support.Educational molecular-model sourcing assistance.Convenient sourcing of related chemistry laboratory materials.Nationwide delivery support, subject to stock and courier conditions.Support for teachers, students and educational institutions.Frequently Asked Questions1. What is the Molecular Model Kit LX-0602 used for?The LX-0602 is an educational chemistry model kit used to build three-dimensional representations of molecular structures, chemical bonding arrangements, molecular geometry, organic molecules and other chemistry concepts. Matching product information also lists organic chemistry, inorganic chemistry, crystal structures and isomerism among its applications.2. How many components are included in the LX-0602 kit?The LX-0602 Molecular Model Kit contains 136 components according to multiple current Bangladesh listings for this exact model.3. Does the kit come with a storage box?Yes. The exact LX-0602 model is listed as supplied in a plastic storage box, with matching descriptions referring to an organized partitioned case.4. What do the different colors represent?Different colors represent different atom types. Matching LX-0602 product information gives examples such as black for carbon, white for hydrogen, red for oxygen and green for chlorine.5. Can this kit demonstrate molecular geometry?Yes. Physical molecular models can be used alongside VSEPR theory to examine predicted three-dimensional molecular geometries. Chemistry laboratory teaching materials specifically use modeling kits for this purpose.6. Can students build organic molecules with the LX-0602?Yes. The matching LX-0602 listing specifically identifies alkanes, alkenes, alkynes and aromatic hydrocarbons such as benzene among its educational applications.7. Can the kit represent double and triple bonds?The matching LX-0602 configuration includes flexible links described for constructing multi-angle arrangements including representations of double and triple bonds.8. Is the Molecular Model Kit suitable for HSC students?Yes. The exact matching LX-0602 listing identifies secondary, HSC and university chemistry as its target educational levels.9. What is the country of origin?Current listings for the exact Molecular Structure Model LX0602 identify the product as Made in China.10. Does the kit require batteries or electricity?No. The molecular model is manually assembled and does not require batteries, charging or an electrical connection.11. Does the kit include a tool for removing connectors?A matching LX-0602 listing states that a dedicated link-remover or wrench-type tool is included to help separate tight connections. Buyers should confirm the presence of this accessory in the actual supplied set before ordering.12. What is the Molecular Model Kit LX-0602 price in Bangladesh?The latest Molecular Model Kit LX-0602 price in Bangladesh is available from Inaya Scientific on request. Final pricing may depend on stock, import cost, quantity and delivery location.Order From Inaya ScientificOrder the Molecular Model Kit LX-0602 Atomic Model from Inaya Scientific for school, college, HSC, university and educational chemistry laboratory applications.Seller: Inaya ScientificMobile: 880 1778-492798WhatsApp: 01620247815Email: [email protected]Website: www.inayascientific.comDelivery: Nationwide delivery across Bangladesh, subject to stock and delivery confirmation.Before ordering, contact Inaya Scientific to confirm the current price, LX-0602 model, 136-component set contents, storage-box condition, included accessories, China origin, stock and delivery conditions.