Now Available in Beta

The Data Engine for AI Science

ImageQuant transforms unstructured scientific literature into high-fidelity, machine-readable datasets. Powering the next generation of foundation models for materials science and biology.

Enterprise Security
SOC2 Compliant
100% PhD Verified
extraction_pipeline_v1.py
# Initializing extraction pipeline...
>>>Loading source: "10.1038/s41586-023-06438-x"
>>>Detecting modality: TEM / STEM
>>>Extracting figures: Found 12 objects
>>>Parsing metadata: Scale bars, Magnification
>>>Validating provenance... OK
Confidence Score99.8%

The Data Bottleneck

Trapped in PDFs

Millions of valuable scientific images are locked inside PDF figures, inaccessible to machine learning models.

Missing Metadata

Scraped images often lack critical experimental context, scale bars, and imaging parameters.

Unstructured

No standardized formats make it impossible to build large-scale foundation models for science.

The ImageQuant Engine

An end-to-end infrastructure for converting scientific papers into structured, ML-ready datasets at scale.

Ingestion

Automated crawling of open-access repositories (arXiv, PubMed) with PDF parsing.

INPUT: 10k+ PDFs/day
SOURCE: Open Access

Neural Extraction

VLMs identify, crop, and categorize figures while extracting captions and scale bars.

MODEL: VLM-70B
TASK: Segmentation

Expert Validation

PhD-level domain experts review every single image to guarantee ground truth.

100% CoverageZero ErrorsAudit Trail

Model-Ready Data

Delivery of clean, schema-validated JSON/Parquet datasets ready for training.

FORMAT: Parquet
READY: Pre-training

High-Fidelity Data Extraction

Explore our v1 dataset containing over 50,000 materials science images. Each data point includes full provenance, JSON metadata, and semantic tags.

Sample Dataset

Raw Image
Metadata View
Verified
Active Sample
SEM99.9% Conf.
Extracted Tags
NanostructuresLaser AblationSurface Morphology
{
  "figure_number": "2",
  "caption": "Figure 2. SEM images of sample surfaces ablated at a fixed point with different numbers of laser pulses...",
  "page": 4,
  "is_relevant": true,
  "modality": "SEM"
}

Built on Data Provenance

Every data point in ImageQuant is traceable to its original scientific publication. We maintain strict lineage tracking to ensure data quality and licensing compliance.

DOI-linked source tracking

Ready to train your next foundation model?

Accelerate your research with high-fidelity scientific datasets. Contact us to see our platform in action or discuss your custom data needs.

Trusted by research labs and AI teams worldwide.