AI OS for
specialty chemicals

AI OS for
specialty chemicals

Mafer captures, normalizes and structures technical data into model-ready intelligence.

Mafer captures, normalizes and structures technical data into model-ready intelligence.

  • Data Centralization

  • Workflow Integration

  • ERP

  • Model Training

  • LIMS

  • Automation

  • Spectrometry

  • APS

  • Traceability

  • Optimization

  • AI

  • Standarization

  • Data Centralization

  • Workflow Integration

  • ERP

  • Model Training

  • LIMS

  • Automation

  • Spectrometry

  • APS

  • Traceability

  • Optimization

  • AI

  • Standarization

The shared data foundation
for specialty chemicals

MaferOS turns technical data into one shared system

It turns the company’s technical history into the system it runs on. Years of data, workflows, and know-how become the foundation for a new way of operating.

Chromatography

Production-grade GC-MS and analytical data, structured for comparison, identification, traceability, and model training.

Formulation

Historical raw material and formulation knowledge transformed into reusable systems for faster formulation and reformulation.

Regulation

Compositional rules, thresholds, and exceptions encoded into operational workflows that reduce manual work and accelerate compliance.

A single source
of truth

A single source
of truth

Companies across specialty chemicals have accumulated decades of experimental knowledge across laboratories, instruments, and regulatory systems.

Mafer structures this historical depth into production-grade data infrastructure, enabling organizations to build operational and trainable systems at scale.

Companies across specialty chemicals have accumulated decades of experimental knowledge across laboratories, instruments, and regulatory systems.

Mafer structures this historical depth into production-grade data infrastructure, enabling organizations to build operational and trainable systems at scale.

Native integration with laboratory workflows

Native integration with laboratory workflows

Integrated directly into GC-MS, LC-MS, spectrometers, ERP platforms, and legacy laboratory environments.

High-fidelity analytical data is structured at source, preserving experimental integrity while enabling scalable model training.

Integrated directly into GC-MS, LC-MS, spectrometers, ERP platforms, and legacy laboratory environments.

High-fidelity analytical data is structured at source, preserving experimental integrity while enabling scalable model training.

Built for Specialty Chemical Industries

Built for Specialty Chemical Industries

Designed for industries where molecular composition, analytical instrumentation, and formulation workflows define product development. From Fragrances and Flavours to Food & Beberages, these sectors share a common foundation: complex chemical systems and highly specialized data.

Designed for industries where molecular composition, analytical instrumentation, and formulation workflows define product development. From Fragrances and Flavours to Food & Beberages, these sectors share a common foundation: complex chemical systems and highly specialized data.

  • Fragrances

    Perfume formulation industry

  • Flavours

    Food aroma chemistry

  • Cosmetics

    Active ingredient systems

  • Paints & coatings

    Industrial paint formulations

  • Agrochemicals

    Agricultural active compounds

  • Homecare

    Household chemical products

  • Personal care

    Dermocosmetic compounds

  • Food

    Food formulation chemistry

  • Beverages

    Liquid product formulations

  • Fragrances

    Perfume formulation industry

  • Flavours

    Food aroma chemistry

  • Cosmetics

    Active ingredient systems

  • Paints & coatings

    Industrial paint formulations

  • Agrochemicals

    Agricultural active compounds

  • Homecare

    Household chemical products

  • Personal care

    Dermocosmetic compounds

  • Food

    Food formulation chemistry

  • Beverages

    Liquid product formulations

Backed by
investors from:

Backed by
investors from:

Backed by investors from:

Lab Data Capture

Chromatography integration

Structured Systems

Production Ready Data

Enterprise Intelligence

Trainable Decision Systems

Industrial Scale

Research connected to execution

Chemical enterprises have spent decades building extraordinary scientific depth

Chemical enterprises have spent decades building extraordinary scientific depth

A new generation of infrastructure now allows that accumulated knowledge to become the foundation of AI-native operations. Companies are not taking advantage due to:

A new generation of infrastructure now allows that accumulated knowledge to become the foundation of AI-native operations. Companies are not taking advantage due to:

Data Silos

Laboratory intelligence lives across isolated technical environments.

Technical Data

Chemical complexity exceeds conventional processing and modeling stacks

Outdated Infra

Enterprise systems were not built for structured scientific data.

Research-Industry Gap

Scientific advances rarely translate into scalable industrial operations.

Our FAQ's

AI research for specialty chemicals.

© MAFER AI SL 2026. All rights reserved.

Contact

Via Laietana, 26, Ciutat Vella,
08003 Barcelona

info@mafer.ai

AI research for specialty chemicals.

© MAFER AI SL 2026. All rights reserved.

Contact

Via Laietana, 26, Ciutat Vella,
08003 Barcelona

info@mafer.ai

AI research for specialty chemicals.

© MAFER AI SL 2026. All rights reserved.

Contact

Via Laietana, 26, Ciutat Vella,
08003 Barcelona

info@mafer.ai