Cost to Generate 1,000 Product Descriptions with LLM APIs
Calculate the cost of using LLM APIs to generate e-commerce product descriptions at scale. Compare all models for 1,000 product descriptions with verified pricing.
Prices verified as of Aug 9, 2026 · 178 models tracked
Your workload
Token breakdown — 400 in / 800 out per product
Total tokens: —
What it costs
Cheapest
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Average
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Most expensive
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MODELPRICEWATCH.COM · 2026-08-09
Cost per products across 178 models
cheapest 15 as bars · full table belowLoading…
Show all 178 models in a table
| Model | Provider | Input $/1M | Output $/1M | Cost for 1K products |
|---|
How this calculator works
Each product description generation requires ~400 input tokens (product name, specs, features, brand guidelines) and ~800 output tokens (the description, ~600 words). Product description generation is output-heavy, so models with low output pricing are most cost-effective.
Formula: cost = (input_tokens × input_price_per_Mtok + output_tokens × output_price_per_Mtok) × quantity / 1,000,000
All prices are per million tokens, sourced directly from official provider pricing pages. No fabricated numbers — every model in the table links to its detail page, which cites the official pricing source.
Frequently asked questions
How much does it cost to generate 1,000 product descriptions with an LLM?
It depends on the model. Product-description generation is output-heavy (~400 input / ~800 output tokens per product), so output price drives cost. The calculator above computes the exact current cost for every model, cheapest-first, from live per-million-token pricing — the table above ranks models by total cost for this output-weighted workload.
Which LLM is cheapest for generating product descriptions?
The cheapest are the models with low output pricing, which the calculator ranks cheapest-first for this output-heavy workload — so the top of the table is your lowest cost. Higher-tier models produce more creative, brand-aligned copy at a higher price.
How are product description token costs calculated?
Each product uses ~400 input tokens (specs) and ~800 output tokens (description). Total cost = (input_tokens × input_price + output_tokens × output_price) × number_of_products. Prices are per million tokens from official provider pricing.