Roboflow

Best OCR Models

Compare the best 69 OCR models and try 64 of them on your own image, free in the Roboflow Playground. 29 are open-weight, so you can self-host them for free under their licenses.

69 models · 29 open-weight · 64 free to try · prices synced Jul 28, 2026

Best OCR Models 2026

The best OCR model on our OCR benchmark right now is Claude Fable 5 by Anthropic, scoring 94.0% across 23 models tested, followed by Claude Opus 4.8 at 93.8%. Updated Jul 28, 2026. See the full ranking.

Benchmark scores

Ranked on our OCR benchmark, 23 models tested, updated Jul 28, 2026

#1AnthropicClaude Fable 5API94.0%
#2AnthropicClaude Opus 4.8API93.8%
#3AnthropicClaude Opus 5API93.2%
#4MoonshotAIKimi K3Open93.0%
#5GoogleGemini 3.1 ProAPI92.6%

See the full benchmark

Open-Source OCR Models

29 models with downloadable weights you can self-host under their licenses (Modified MIT, Apache 2.0, and MIT). 24 run live in the Playground through hosted APIs, so self-hosting is optional.

MoonshotAI
Kimi K3Moonshot AI
NEW
2.8TModified MITJul 2026
Try
GoogleNEW
12BApache 2.0Jun 2026
Qwen
27BApache 2.0Apr 2026
35B total, 3B activeApache 2.0Apr 2026
Try
Google
25.2BApache 2.0Apr 2026
Try
Google
31BApache 2.0Apr 2026
Try
Z.ai
0.9BMITMar 2026
Try
Qwen
9BApache 2.0Mar 2026

OCR Models via API

40 proprietary models where the weights aren't downloadable: access is through each provider's API and billed by them. Try all of them free in the Playground.

QwenNEW
$0.030$0.131MJul 2026
Try
Anthropic
Claude Opus 5Anthropic
NEW
$5.00$25.001MJul 2026
Try
GoogleNEW
$0.30$2.501.0MJul 2026
Try
GoogleNEW
$1.50$7.501MJul 2026
Try
OpenAINEW
$0.50$3.001.5MJul 2026
Try
OpenAINEW
$5.00$30.001.5MJul 2026
Try
OpenAINEW
$1.25$7.501.1MJul 2026
Try
MetaNEW
$1.25$4.251.0MJul 2026
Try

How to Choose an OCR Model

The right OCR model depends on what your documents look like and what you need back: raw text, structured fields, or answers. Clean printed pages, handwritten forms, and dense multi-column tables are different problems, and the models on this page split into two families that handle them differently.

Purpose-built OCR systems, from classic engines to OCR-tuned models like GLM-OCR, are optimized for one job: reading text accurately and cheaply at volume. They tend to win on cost per page, throughput, and consistency for well-understood document types, and specialist models increasingly handle tables, formulas, and layout structure that used to require separate systems.

Choose this family when you process documents at scale (invoices, receipts, archives), the format is broadly predictable, and cost per page matters more than open-ended flexibility.

Frontier VLMs read text as one part of understanding the whole page: they can transcribe, then also summarize, answer questions, or return the content already structured as JSON or markdown from a single prompt. That flexibility comes at a higher price per page and more latency, and on straightforward transcription a dedicated engine is usually cheaper for the same accuracy.

Choose a VLM when the extraction is complicated (mixed layouts, judgment calls, follow-up questions), when you want structured output without building a parsing pipeline, or when volumes are small enough that flexibility beats unit cost.

Teams processing documents at scale often route pages: a fast, cheap OCR model handles the bulk, and hard pages (poor scans, handwriting, unusual layouts) escalate to a stronger VLM. Confidence scores or simple heuristics decide the split, keeping average cost low without giving up accuracy on the tail.

The bottom line: High volume and predictable documents point to a dedicated OCR model; complex extraction and structured output point to a VLM. At scale, route easy pages cheap and escalate the hard ones.

Frequently Asked Questions About OCR Models

OCR (optical character recognition) is the task of reading text out of images: scans, photos, screenshots, and documents. Classic pipelines split it into text detection (finding where text is) and text recognition (decoding the characters); modern vision language models read end to end and can return text already structured as markdown, JSON, or key-value pairs. Current models handle handwriting, rotated and curved text, tables, and multi-column layouts, which used to require separate systems. Quality is typically measured by character and word error rate (CER and WER) on benchmark document sets. OCR is the backbone of invoice and receipt processing, document digitization, identity verification, and search over scanned archives. This page lists 69 OCR models, including 29 open-weight options you can self-host; 64 of them run live in the Playground so you can test them on your own images.

On our OCR benchmark (23 models tested, updated Jul 28, 2026), Claude Fable 5 by Anthropic currently scores highest at 94.0%. The full ranking is on our evals page. For fixed categories in production, a model fine-tuned on your own data still often wins.

Yes. 29 of the 69 OCR models here are open-weight (for example Kimi K3, Gemma 4 12B, and Qwen3.6 27B), free to self-host under their licenses (Modified MIT, Apache 2.0, and MIT).

Yes. You can run 64 of them in the Roboflow Playground for free. Upload an image and compare the models' output side by side, no setup required.

This page lists all 69 OCR models in the Roboflow Playground catalog: 29 open-weight models you can self-host and 40 proprietary models accessed through provider APIs; 64 of them run live in the Roboflow Playground on your own images. On our OCR benchmark (23 models tested), Claude Fable 5 by Anthropic currently scores highest. Compare licenses, parameters, API prices, and release dates side by side, or open any model page for full details.