🚨 ATTENTION RESEARCHERS

The "Old Way" of Analyzing Spectra
is officially dead.

If you are tired of wrestling with 20-year-old software just to get a decent graph for your paper, release the mouse and read this immediately.

ANALYZE NOW (FREE) Compare Spectra
Cotton 4000 3000 2000 1000 500 Wavenumber (cm⁻¹) Intensity (a.u) C-H 794 C-O 1167 C-H 2859 O-H 3247
Comparing Cellulosic Fibers O-H 3247 C-H 2859 C-O 1167 C-H 794 4000 3500 3000 2500 2000 1500 1000 500 Cotton Viscose Wavenumber (cm⁻¹) Intensity (a.u)
MIT
Stanford
ETH
Cambridge
NUS
Tsinghua
MIT
Stanford
ETH
Cambridge

Everything inside.

Powerful features for the modern spectroscopist.

Instant Analysis

Drag and drop your file. Peaks are detected automatically using a custom algorithm designed for noisy organic signal.

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100% Private

All processing happens in your browser via WebAssembly. Your data never leaves your computer.

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Smart Library

Built-in library of 100+ functional groups suggests bonds based on wavenumber position.

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Vector-Perfect Exports

Stop taking screenshots. Export directly as SVG for infinite scalability in your LaTeX or Word documents.

What fellow researchers have to say...

"I used to spend 2 hours in OriginLab processing these. This tool did it in 30 seconds. The dragging feature is a lifesaver."

SJ

Dr. Sarah Jenkin

Polymer Chemist, MIT

"The peak detection is actually better than our lab software. And the export looks perfect in my LaTeX document."

JW

James Wu

PhD Candidate, Stanford

"Finally, a tool that doesn't look like it was made in 1998. The UI is gorgeous and the results are accurate."

ER

Elena Rodriguez

Materials Science Dept.

"I used to spend 2 hours in OriginLab processing these. This tool did it in 30 seconds. The dragging feature is a lifesaver."

SJ

Dr. Sarah Jenkin

Polymer Chemist, MIT

"The peak detection is actually better than our lab software. And the export looks perfect in my LaTeX document."

JW

James Wu

PhD Candidate, Stanford

A Message to Fellow Researchers

Why does analyzing a simple FTIR spectrum feel like pulling teeth?

Dear Colleague,

You know the drill. You've just spent hours in the lab running samples. You have the data. Now comes the "easy" part...

You walk back to your desk, open up that clunky, Windows-95-looking software that cost your department $5,000, and wait for it to load. You import your file. The axes are wrong. The peaks aren't labeled. You try to export it, and it looks pixelated and unprofessional.

It shouldn't be this hard.

As a textile engineer and researcher myself, I got tired of the friction. I got tired of software that felt like it was fighting me. I just wanted to drag, drop, and get a graph that I could put straight into a paper.

Give it a try with your next dataset.

So I built the tool I wished existed.

This isn't just another graph plotter. It's a purpose-built engine for FTIR analysis.

It automatically detects peaks. It suggests functional groups based on wavenumbers. It handles the "weird" file formats. And most importantly, it exports crisp, vector-quality SVGs that look beautiful in any journal.

You don't need to download anything. You don't need to ask IT for permission to install it. It just works, right here in your browser.

Sincerely,

Md. Tusar Akon
Md. Tusar Akon
Developer & Researcher