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Deepseek OCR

Freemium

Near-lossless document intelligence across 100+ languages

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Inputs: imageOutputs: text
Type
Saas
Company
Deepseek OCR
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About Deepseek OCR

DeepSeek OCR is a two-stage transformer-based document AI system that utilizes context optical compression to deliver state-of-the-art document intelligence. It compresses high-resolution documents into lean vision tokens, then decodes them with a 3B-parameter mixture-of-experts model to achieve near-lossless text, layout, and diagram understanding across 100+ languages. It supports GPU-efficient throughput for complex layouts and is trained on 30 million real PDF pages plus synthetic data, preserving layout structure, tables, chemistry (SMILES strings), and geometry tasks.

How to Use

DeepSeek OCR can be used in three main ways: 1. Deploy locally with GPUs by cloning the GitHub repo, downloading the 6.7 GB checkpoint, and configuring PyTorch. 2. Call DeepSeek OCR via its OpenAI-compatible API endpoints to submit images and receive structured text. 3. Integrate DeepSeek OCR into existing workflows by converting OCR outputs to JSON, linking SMILES strings to cheminformatics pipelines, or auto-captioning diagrams.

Deepseek OCR's

Key Features

  • Context Optical Compression Engine
  • Multilingual Support (100+ languages)
  • Structured Output (HTML, Markdown, SMILES, JSON)
  • GPU-efficient throughput (200k pages/day on A100)
  • High precision (97% exact-match accuracy)
  • MIT-licensed weights for on-premises deployment

Use Cases

  • Compressing scanned books and reports for downstream search, summarization, and knowledge graphs.
  • Extracting geometry reasoning, engineering annotations, and chemical SMILES from technical diagrams and formulas.
  • Building global corpora across 100+ languages for multilingual dataset creation.
  • Embedding into invoice, contract, or form-processing platforms for layout-aware JSON and HTML output.

Key Features

Context Optical Compression Engine
Multilingual Support (100+ languages)
Structured Output (HTML, Markdown, SMILES, JSON)
GPU-efficient throughput (200k pages/day on A100)
High precision (97% exact-match accuracy)
MIT-licensed weights for on-premises deployment

Pros & Cons

Pros
  • High accuracy (97% exact-match) on text extraction
  • Supports over 100 languages without per-language fine-tuning
  • MIT license allows free local deployment and modification
  • Efficient GPU utilization enables processing of 200k pages per day on a single A100
  • Preserves layout, tables, chemical structures, and geometry in output
Cons
  • Requires GPU hardware for local deployment, limiting accessibility
  • Model checkpoint size is 6.7 GB, requiring significant storage and memory
  • May not perform as well on handwritten text or noisy scans compared to specialized systems

Best For

Compressing scanned books and reports for downstream search, summarization, and knowledge graphs.Extracting geometry reasoning, engineering annotations, and chemical SMILES from technical diagrams and formulas.Building global corpora across 100+ languages for multilingual dataset creation.Embedding into invoice, contract, or form-processing platforms for layout-aware JSON and HTML output.

Alternatives to Deepseek OCR

FAQ

How can I use DeepSeek OCR?
DeepSeek OCR can be used in three ways: deploy locally with GPUs by cloning the GitHub repo and downloading the checkpoint, call the OpenAI-compatible API endpoints, or integrate into existing workflows via structured JSON output.
What languages does DeepSeek OCR support?
DeepSeek OCR supports over 100 languages, making it suitable for multilingual document processing and global corpus creation.
What output formats are available?
DeepSeek OCR provides structured output in HTML, Markdown, SMILES (for chemical structures), JSON, and plain text.
Is DeepSeek OCR available for commercial use?
Yes, the model weights are released under the MIT license, allowing commercial use, modification, and on-premises deployment.