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Local AI for Polish technical descriptions
Short answer
A local model helps an editor turn a short catalogue note into a Polish product description that keeps the part names and the scope of equipment. Fluent Polish is not enough: a test on your own descriptions checks whether an optional extra is still optional after editing.
How we workDetails ↓
- 01Call30 minutes with an engineer, free
- 02PrototypeA working system on your process and data, free
- 03ImplementationTarget and fixed price in the contract; 50% at signing
- 04Acceptance50% once the agreed target is met
- model on your server or in the cloud in the EU
- quoted after the review
- same work in application with EU cloud model
- from €3,000
- task, data and equipment analysis
- €0
We belong to the OpenAI and Anthropic partner programmes and learn through their official courses. What this means ↓
Author: Syntalith · 4 min read
Statistics
Product descriptions and AI: statistics 2026
1.2 mo.
payback of a €3,000 local app at 400 product descriptions a month: €3,490 of work today, €1,087 with checking and a GPU server. Scenario.
40%
According to a study published in Science (2023), ChatGPT cut the time 453 professionals spent on writing tasks by 40%.
Source: Noy and Zhang, Science (2023) ↗
11 of 13
According to the NoLiMa study (2025), at 32,000 tokens of context 11 of 13 models fall below half of the accuracy they reach with a short context.
34.7%
According to Eurostat (2025), 34.7% of EU enterprises that use AI use it for marketing or sales.
Source: Eurostat, Use of artificial intelligence in enterprises (2025) ↗
17.3%
According to Eurostat (2025), 17.3% of EU manufacturing enterprises with at least 10 employees used AI.
Source: Eurostat, Artificial intelligence by NACE Rev. 2 activity (isoc_eb_ain2) (2025) ↗
Figures checked: 22 October 2026
- Part names unchanged
- Optional equipment still optional
- Units and values match the note
- Number of editor corrections per description
The editor needs fewer corrections to check
Good help lets you prepare a readable text without establishing the facts about the product again. The editor can focus on whether the sentences are clear to the reader and fit the rest of the catalogue. That is why it is worth showing the proposal next to the approved note. It is then easier to compare the equipment and the part names before the description is published.
Company terms matter too. If the catalogue calls a part a “mounting plate” (“płyta montażowa”), swapping that name for a loose synonym can make it harder to find in other material. Inflection by grammatical case is a natural part of a Polish sentence; changing the name of a part is something the editor has to watch. The model's assessment should cover the vocabulary the team actually uses.
What to check in your own Polish descriptions
A person who knows the products and an editor can review a chosen group of texts together. The first checks whether the description kept the information from the approved material. The second judges whether the Polish sentences really need less work. Both assessments are needed: a faithful rewrite of a clumsy note may not help, and an elegant description with changed equipment has to be rejected.
Compare the time it takes to reach a finished description with your current way of working, including reading the proposal and the corrections. Run the trial on the hardware you plan to use, and count the wait for the proposal too. If the model keeps the terminology in a short note, the next step can be a description with several items of equipment. The team will then see whether the distinctions stay clear in material closer to daily work.
Sometimes a description template with fields for included and optional items is enough. That is a sensible solution when most product sheets share the same layout. A model is worth comparing when approved notes differ in form and often need rewording. We describe a wider way of comparing tools in the article on buying local AI with a trial on your own documents.
Where the text is processed and how good the Polish is are separate decisions
A company may want to prepare descriptions on its own computer, for example before a new catalogue is published. The local model then runs its computations on the chosen device. Whether it handles the product's Polish terminology well has to be judged on the team's descriptions. Where it runs does not answer that question.
The LM Studio documentation distinguishes local, cloud and remote models. For the chosen local mode, the vendor describes offline work with the model and documents once the model and the runtime are prepared. Downloading, searching for models and updates use the network. A proposed solution therefore has to name the specific mode of work, and you cannot infer that it is local from the app's name alone.
A description from note to catalogue
Syntalith can prepare an app for editing Polish technical descriptions, fitted to the company's local environment and catalogue work. We suggest starting by comparing a template with the model on a chosen group of products, plus a view where the editor reads the approved note next to the proposed description. Together we agree where the app takes the material from and where the text goes after checking.
The person responsible for products confirms the naming and the scope of equipment, and the editor judges the corrections still to be made. A trial like this lets you decide whether the model makes the work easier on the planned hardware and whether it is worth connecting the tool to the catalogue. We agree the scope of the build and of later support from the team's needs; pricing information is on the pricing page.
Tell us about a correction that keeps coming back in the descriptions, and how a text moves from note to catalogue today. From that we will propose a scope of work that fits your editing process and the required place of processing.
What a local model for technical descriptions costs and when it pays back
- Today
- 400 product descriptions × 15 min = 100 h × €34.90 = €3,490
- With the app, an employee checks the output in 25% of the time
- €873
- Hetzner GEX45 GPU server
- €214
- Saving
- €2,403 a month
Payback of €3,000
1.2 months
The volume, the time and the checking share are the scenario's assumptions, which we measure in the trial. €34.90 an hour is the EU average hourly labour cost for 2025 according to Eurostat. Price of the GEX45 with 24 GB of GPU memory from Hetzner's website on 22 October 2026, without the one-off setup fee of €209.
- Where the app takes documents from and where it saves results
- What stays in logs, backups and the history of questions
- Who has access to questions, answers and summaries
- Who updates the model, the app and the set of documents
Where to start
In the free process review we choose one task and 20 to 100 documents the team has already worked on, and within 2 working days you get a written summary with a price. We roll out the local model as part of private LLMs, and the app around it as an AI app.
Worked example · Scenario
How we count the payback: technical descriptions
We run the same count for your team in the free process review.
€5,817
a month for the work on 1,000 questions
EU cloud version payback: 0.6 mo.
Our assumptions are 10 minutes to find the right instruction, and checking in 15% of the old time. €34.90 an hour is the EU average hourly labour cost for 2025 according to Eurostat, for companies with 10 or more employees. Model cost: Claude Sonnet 5.5, about 6,000 + 500 tokens per answer in the EU cloud version, at the ECB rate of 1.1205 USD per euro on 22 October 2026. We count the payback for an app with a model in the EU cloud (from €3,000 net). We price the model on your server after a call, and the cost of people's work stays the same.
See the full calculation →