MolLab: 3D Chemistry Lab
3D Molecules, Atoms & Proteins
About
Explore the fundamental building blocks of matter in interactive 3D. Visualize molecules, atoms, and even subatomic particles, build your own compounds, and test your knowledge with quizzes. Features augmented reality and export options for educational use.
What's New in MolLab
1.0
June 11, 2026
Developer apps
FAQ
What is MolLab?
MolLab is a 3D chemistry lab application for iPad and Mac that allows users to explore and interact with molecules, atoms, and subatomic particles. It is designed for educational purposes, helping students and teachers visualize and learn about the building blocks of matter.
What learning methodologies does MolLab use?
MolLab employs interactive 3D visualization, hands-on building of molecules, and a quiz mode to test user knowledge. It supports different atom models, including Bohr and probability orbital clouds, and allows for multiscale zooming from quarks to entire molecules.
How does MolLab track user progress?
MolLab includes a quiz mode where users can test their knowledge by identifying molecules from their 3D shapes. While it doesn't offer formal certifications, this mode provides direct feedback on learning and understanding of molecular structures.
Does MolLab have ads?
No, MolLab is free to use and does not contain advertisements. The app is designed to provide an uninterrupted learning experience for students and educators.
What devices is MolLab available on?
MolLab is available for iPad and Mac devices. It also features augmented reality capabilities for iPhone and iPad.
How often is MolLab updated?
MolLab was last updated on June 11, 2026, with version 1.0. As a newly released application, future update frequency will depend on developer plans and user feedback.
What are the pricing details for MolLab?
MolLab is completely free to use. There are no in-app purchases or subscription fees required to access its features.
What data sources does MolLab use?
MolLab utilizes data from PubChem (NIH) for molecule information and the RCSB Protein Data Bank (PDB) for protein structures. This ensures accurate and reliable scientific data within the application.
