証拠に裏付けられた、より優れたFTIRの回答。
Search reference spectra, analyze unknown samples, inspect three-axis evidence chains, and choose the deployment model that fits your lab — from local offline buyouts to cloud subscriptions and LIMS API integration.
Classic reference library search, delivered in the format your lab needs.
Search across 320,000+ authoritative reference spectra with fast multi-channel retrieval. Whether your lab requires offline local installation, flexible on-demand subscriptions, or seamless LIMS API integration, FTIR.fun fits your operational reality.
One-time Buyout & Local Installation
Designed for traditional analytical instrument habits, defense research, university core facilities, and confidential intranets. Runs completely offline on local workstations with a perpetual buyout license, zero cloud data transfer, and zero leakage risk.
- Perpetual buyout license with offline machine activation
- Zero internet connection required; data stays 100% on premise
- Native desktop converter with high-speed local library search
Subscription & Pay-as-you-go
Tailored for low-frequency testing, individual research groups, and lean laboratories. Avoid heavy upfront capital software expenses. Pay only for what you analyze via on-demand credits or flexible monthly and annual subscriptions.
- No expensive upfront hardware or monolithic software barrier
- On-demand pay-per-spectrum credit or flexible subscription plans
- Instant access to continuously updated 320,000+ reference spectra
REST API, OpenAPI & MCP Integration
Seamlessly embed spectral library retrieval and peak-evidence interpretation into your existing LIMS, ELN, instrument software, or scientific AI Agents. Standardized endpoints enable automated batch analysis and transparent data pipelines.
- Direct REST API and Model Context Protocol (MCP) integration
- Automated unknown spectrum parsing, matching, and logging in LIMS
- Batch processing throughput for high-volume quality and R&D labs
Results that explain the spectrum, not just rank match scores.
Traditional FTIR software outputs an isolated similarity score, leaving you to guess whether subtle differences invalidate the candidate. FTIR.fun provides an evidence-backed Three-Axis analysis framework that couples candidate retrieval, material family direction, and literature-backed peak attribution into a verifiable scientific conclusion.
How FTIR.fun turns spectral raw curves into audit-grade scientific conclusions
Each axis is independently evaluated and cross-checked against strict numerical gates to prevent false-positive identification.
Axis 1: Strict 80% Coverage Gate & Candidate Retrieval
A reference spectrum must cover at least 80% of the sample's valid analytical range to enter final ranking. Multi-channel Pearson and Cosine algorithms across original and derivative curves eliminate false high scores from narrow overlapping windows.
Axis 2: Material Direction & Confidence Classification
Scientific conclusions are kept distinct from retrieval similarity. Strict numerical lead-gap gates govern whether evidence confirms a specific entity, identifies a reliable material family, or honestly highlights an unresolved sample.
Axis 3: Peak Attribution & Traceable Literature Evidence
Every characteristic peak is mapped to functional groups and specific chemical bond vibrations, linked directly to peer-reviewed literature with traceable DOIs, and explicitly notes supporting bands, abnormal regions, and unresolved conflicts.
Free users contribute to open science. Paid users enjoy strict privacy.
We maintain clear, uncompromised boundaries between open academic sharing and confidential commercial research. You know exactly what happens to your data before you submit a spectrum.
Contribute to the Global Spectrum Library
For students, academic researchers, and non-confidential investigations who want free reference matching while helping the scientific community.
- 100% free reference library search across all supported instrument formats
- Valid sample background information required to prevent low-quality spam
- Submitted spectra and background details incrementally enrich the open community library
- Ideal for academic sharing, educational samples, and peer discovery
Strict Confidentiality, Isolation & Zero Model Training
For corporate R&D, commercial testing, QC labs, and confidential intellectual property protected by NDAs and trade secrets.
- Dedicated private data channel: never published to the public library
- Strict guarantee: customer spectra are never used to train AI models
- Commercial NDA and trade-secret compliance fully guaranteed
- Available for air-gapped local offline deployment with zero network transfer
Quick tools for spectrum search, verification, and history.
Access standalone reference search, hypothesis checking, past analysis history, and library domain coverage directly.
Find Reference Spectrum
Search by chemical name, CAS number, formula, or spectrum ID across 320,000+ reference records.
リファレンスライブラリを検索疑わしい物質を確認する
Start from a stated material hypothesis and check whether the FTIR evidence supports or refutes it.
材料を検証マイ分析と結果
Review candidate matches, characteristic peaks, supporting literature, and audit trails for past jobs.
Review analysis historyLibrary Domain Coverage
Inspect reference library depth across polymers, organic chemicals, minerals, coatings, and solvents.
Browse domain coverage画像と公開文献からスペクトル曲線を抽出します。
図を数値スペクトルに変換し、自分で再利用可能なスペクトルデータベースを構築したい場合、自動抽出、手動抽出、人間処理、またはバッチ文献抽出を選択してください。
装置ファイルをオープンなスペクトルデータに変換—単一ファイル、バッチ、または完全オフラインで。
利用可能なスペクトルデータ、メタデータ、およびソース情報を保持しながら、ネイティブFTIR測定機器ファイルをCSV、JCAMP-DX、またはJSONに変換します。1ファイルまたはバッチでオンライン使用するか、ファイルが自分のコンピュータまたはネットワーク上に留まる必要がある場合はローカル版を選択してください。
組織向けに構築されたFTIRワークフローを見つける。
大学、品質管理（QC）ラボ、研究開発（R&D）チーム、研修提供者、ラボラトリーソフトウェア企業、科学情報プラットフォームでは、FTIRの利用方法がそれぞれ異なります。組織を選択して、確立されたツールがすでに実現していること、FTIR.funが追加する機能、およびその使用方法や統合方法を確認してください。
統計的な差異を科学的な解釈に変換する
反復測定値とグループ統計を保持し、PCAまたは距離パターンを、変化したバンド、ピーク差、および文献による裏付けに結び付けます。
研究・学術向けを探索
試料が異なる場合は、PASS/FAILの判定を超えた評価を行う
適格な履歴と統計的比較を用いて異常領域を特定し、その後、調査のためのピークレベルの解釈と証拠へ進みます。
QCエビデンスを探索
材料および製剤の進展に伴って何が変化したのかを説明する
管理試料、工程段階、配合変更をまとめて扱い、スペクトルの差異を解釈可能な仮説および分野固有のエビデンスに結び付けます。
研究開発と配合を探る
実際のスペクトルを中心とした実践的なFTIRトレーニングを構築する
参考解説とエビデンスを明らかにする前に、学習者が実際の分析的判断を下せるようにする。コースや業界に合わせて応用できる、再利用可能なケースを提供する。
トレーニングと教育を検討する
自分で構築せずにFTIRの専門知識を追加
REST、OpenAPI、またはMCPを通じて、参照検索、エビデンスに基づく解釈、研究またはQCのコンテキスト、画像／PDF → スペクトル、およびカスタムFTIR結果を組み込む。
研究室向けプラットフォームを探索
FTIRスペクトル図を計算可能かつ比較可能にする
公開済みの図を数値スペクトルに変換し、DOIと図の出典情報を保持したうえで、実験FTIRと比較し、ピークレベルの証拠をその後の研究ワークフローに活用します。
文献プラットフォームを探索するNeed help with a difficult case? Choose open discussion or human support.
These are independent options designed for different data sensitivity levels. You can discuss non-confidential cases openly with peers, or commission a dedicated manual service from the FTIR.fun expert team under full confidentiality.
公開ヘルプディスカッション
Publish your FTIR question openly so researchers, peers, and spectroscopy specialists can review the spectrum, discuss interpretations, and offer insights without cost.
Online Requirement & Expert Services
Commission a dedicated analytical deliverable handled directly by the FTIR.fun scientific team with guaranteed turnaround time, full trade-secret confidentiality, and formal reporting.
お手元のスペクトルから始めましょう。
ファイルをアップロードし、測定機器形式を変換し、既知のリファレンスを見つけ、スペクトル図から数値カーブを回復します。