Practice organic chemistry by analyzing IR, NMR, and mass spectrum data. Identify functional groups and proton types in graphs to build organic compounds.
Mastering Spectroscopy by Onlea Enterprises Inc.






250+ iOS apps curated and reviewed
If you already know Mastering Spectroscopy, this is the deeper bench. 250+ spectroscopy apps for iPhone, all reviewed and ranked by user rating, recency, and download trend as of August 2026.
| # | App | Price | Rating | Ads | In-App Purchases | Updated |
|---|---|---|---|---|---|---|
| 1 | Free | 3.3★ (6) | No | Yes | May 2026 | |
| 2 | Free | 1.0★ (3) | No | No | May 2026 | |
| 3 | Free | 4.0★ (1) | No | No | May 2026 | |
| 4 | Free | 2.2★ (61) | No | No | Aug 2026 | |
| 5 | Free | 5.0★ (3) | No | No | May 2026 | |
| 6 | Free | 4.2★ (90) | No | Yes | Aug 2026 | |
| 7 | Free | 5.0★ (3) | No | No | Aug 2026 | |
| 8 | Free | 5.0★ (3) | No | No | May 2026 |






Practice organic chemistry by analyzing IR, NMR, and mass spectrum data. Identify functional groups and proton types in graphs to build organic compounds.




Access the latest news, articles, and equipment in the field of spectroscopy directly on your smartphone. This app is designed for anyone interested in spectroscopy, from professionals to students. Share content easily and receive updates on new information.



This app leverages mobile near-infrared spectroscopy to provide accessible and affordable data analysis beyond industrial settings. It helps users make informed decisions by revealing invisible information through powerful sensors and sophisticated data analysis, displayed conveniently on smartphones and tablets.


This free app enables students to perform spectral analysis in biology and chemistry labs. It facilitates data collection and analysis for topics like Beer's Law and enzyme kinetics. The user-friendly interface guides students through the process, offering features like curve fitting.


This app works with a smartphone spectroscope to view and analyze light spectra. It offers calibration, zoom, and scaling features for data collection and storage. Requires a separate spectroscope device.


This application analyzes light to determine its dominant wavelength in nanometers, frequency in terahertz, and period length in femtoseconds. It provides real-time measurements and allows users to save their findings with notes. The app is designed for measuring colored light sources.


Become a 'chemical detective' by solving organic molecule structures using experimental data like spectroscopy and microanalysis. This app also teaches you how to name molecules and allows you to challenge friends to timed duels.


This app provides a quick reference and educational tool for in vivo magnetic resonance spectroscopy (MRS). It offers simulated human brain spectra and analysis, allowing users to visualize the impact of experimental conditions on spectral appearance.




Access specialized periodic tables for mass spectrometry, EDS, and NMR. View isotopic abundances, x-ray energies, and NMR isotope frequencies for each element. Explore detailed information by interacting with elements and charts.








Access the latest news, product releases, and technical articles from the laboratory industry. Download full issues of leading scientific publications covering chromatography, biotechnology, and more. Stay updated with event previews, reviews, and industry news.






This app uses your device's camera and screen to perform basic optical spectroscopy. Analyze the visible light spectrum of objects, map light wavelengths to RGB values, and save or share your findings. It functions offline without external hardware.




This app enables users to perform laboratory-grade spectral analysis using a portable, handheld device. It leverages AI and machine learning to build predictive models from your data, helping businesses manage raw material variability and make informed decisions on the spot.


This utility helps organic chemists quickly identify potential impurities by searching a database of NMR data. Users can input solvent, peak multiplicity, and location to find candidate impurities. It supports both proton and carbon data searches.