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Talk with Sales →PIM stands for product information management. PIM software keeps all your product data in one place, from dimensions and variants to drawings, certificates, and translations, and sends the right version to your website, quotes, partners, and factory.
If your product data is spread across spreadsheets, shared drives, and one senior engineer's memory, this guide is for you. It covers what a PIM is, how it differs from your ERP and CAD tools, and what it has to handle when your products are configurable.
Key Takeaways
- A PIM is the one place your product data lives, and the place every other system gets it from.
- For manufacturers, a PIM has to handle much more than a retail catalog: variants and the rules between them, real units, technical documents, and compliance data.
- A PIM doesn't replace your ERP or CAD. It sits between them, so sales, partners, and production all work from the same current version.
- EU rules are turning structured product data into a condition for selling. The EU's Digital Product Passport registry is already live, and the first mandatory passports (for certain large batteries) arrive in February 2027.
- Wabric's PIM is modular. You start with your product data, then add a configurator, partner portal, or webshop on the same data, which is how sales finally connects to production.
What is PIM?
PIM (product information management) is software that stores, structures, and distributes all the information about your products in one system. It holds specs, variants, images, documents, and translations, checks them for errors, and publishes one approved version to every channel that needs it, from your website and quotes to partner portals and the factory.
In practice, you change a dimension once and every place that shows it updates: the website, the quote template, the installation guide, the German price list. Without a PIM, every team keeps its own version of the truth, and the customer is usually the one who spots the differences first.
How does a PIM system work?
Most PIMs follow the same 5 steps:
- Collect. Import product data from wherever it lives today: spreadsheets, your ERP, CAD exports, supplier files.
- Structure. Organize it into product families, attributes, and variants, so every product is described the same way.
- Enrich. Attach images, drawings, certificates, installation guides, and translations to the right product or variant.
- Validate. Rules catch missing fields, wrong units, and options that don't belong together before anything goes out.
- Publish. Send the approved data to your website, quotes, ERP, partner portals, product sheets, and QR codes.
Steps 1 and 2 are where the real work is. Once the structure is right, the rest mostly runs in the background.
PIM vs ERP, PLM, PDM, MDM, DAM and CPQ: what's the difference?
A PIM doesn't replace the systems you already run. It connects them, and each one has a clear job:
- ERP (enterprise resource planning) runs the business side: orders, stock, purchasing, and invoicing. It knows a product's article number, cost, and stock level, but not how to describe or configure it. The PIM takes that core data and adds everything sales, partners, and your website need.
- PLM (product lifecycle management) manages a product inside engineering, from first idea through design changes and approvals to end of life. Once a product is released, the PIM picks it up and gets it ready to sell.
- PDM (product data management) stores CAD files and technical data while engineers design. PDM is for making the product, PIM is for selling it.
- MDM (master data management) covers all company data: customers, suppliers, employees, and products. A PIM is the product-focused part, with far more product detail than an MDM usually holds.
- DAM (digital asset management) stores files like photos, videos, and drawings. A PIM links the right file to the right product variant, and many PIMs cover basic DAM needs on their own.
- CPQ (configure, price, quote) turns product data into quotes. It's only as accurate as the data underneath it, which is why CPQ usually runs on top of a PIM. Our complete guide to CPQ covers how that works.
The short version: ERP handles the money, CAD and PDM handle the design, and the PIM handles everything anyone needs to know about the product.
Why do manufacturers need a PIM?
Because product data breaks in the handoffs. Engineering updates a spec, sales quotes from the old spreadsheet, and the distributor is still working off a PDF nobody has touched in years. A PIM fixes that at the source:
- Fewer errors in quotes and orders. Everyone pulls from the same approved data, so a wrong dimension gets fixed once instead of copied everywhere.
- Less time hunting for data. Engineers stop answering the same spec questions, and sales stops waiting on them.
- Faster launches in new markets. Translations, units, and market-specific documents live next to the product, not in a separate project.
- Ready for EU product-data rules. Structured, versioned product data is what the Digital Product Passport is built on (more on that below).
We wrote the full business case, including the signs you've outgrown spreadsheets, in Why Do Manufacturers Need a PIM System?.
What makes a PIM for manufacturing different?
Most PIMs were built for retail: a fixed SKU, a product photo, a marketing description. That works for t-shirts. It falls apart when a railing comes in dozens of heights, several glass types, and different mountings, and only some combinations are allowed.
A PIM for manufacturing needs to handle:
- Variants and the rules between them. If the door is glass, the hinges change. That logic has to live in the data, not in one salesperson's head.
- Engineering attributes with real units. Load ratings, fire classes, U-values, and tolerances, stored as values you can calculate with, not as text.
- Documents tied to the exact variant. Drawings, declarations of performance, certificates, and installation guides, attached to the version the customer actually ordered.
- CAD and BIM files. Architects specify in BIM tools, so a product without a model is easy to skip.
- Markets, languages, and units. The same product sold in Germany, Sweden, and Estonia needs its own language, units, and sometimes its own documents.
- A path from data to quote. Once the data and rules are structured, a configurator can use them directly, so you don't maintain the same rules twice. More on that in why product configurators need a PIM.
We compared 8 PIM platforms on exactly these points in: Best PIM Software for Manufacturing in 2026. If Akeneo is already on your shortlist, here's how Wabric compares to Akeneo.
How Wabric PIM works
Wabric is a CPQ and PIM platform for manufacturers of complex, engineered products, built by Wenture in Estonia. Its PIM software was built for the problems above: products with variants, rules, and documents, sold through your own team, your partners, and online. Here's what that looks like day to day.
Rules and structure, built in
You map product families, attributes, and variants, then add the rules that connect them. Media, drawings, certificates, and BIM models link to the exact variant they belong to, so when a product changes, its documents change with it.
Take a modular sauna as an example. One rule says a panoramic window needs a different ventilation unit, another says a glass door needs stainless steel hinges. Every configuration then pulls the right panels, heater, accessories, and documents on its own, so sales quotes it correctly and production gets a complete BOM and spec sheet.
Live product sheets and QR codes
Product sheets in Wabric are live web pages, not static PDFs. Update a spec and every sheet you've already shared shows the new version, including the one sitting in a customer's inbox since March.
Every product can also carry a QR code that opens a mobile view of its latest data: dimensions, materials, installation guides, and certificates. An installer on site scans it and gets the current documents without logging in or downloading anything.
Connected to your ERP, CAD, and webshop
Wabric connects to the systems you already use through REST and GraphQL APIs, so a change made once shows up everywhere. Say your product manager changes the price of a modular wall panel: the website, your sales team's quote templates, your ERP, and your partner portal all show the new price, and nobody has to send an update. Our client R-Fix, for example, runs automated quoting on live ERP prices.
The usual enterprise features are there too: multiple languages, version history, role-based access, validation rules that stop incomplete specs from going out, and completeness reports across your catalog.
Start with the PIM, add the rest when you're ready
Wabric is modular. You can start with the PIM, then add a configurator and quoting, a partner portal for distributors, or a webshop. Every module runs on the same product data, so there's nothing to integrate between them. The quote, the production drawing, and the BIM object all come from data you've already structured, which is what connects sales to production.
Start on your own, or with our team
You can set up Wabric PIM yourself. Your own team can:
- Import your existing Excel sheets
- Define product families, attributes, and variants
- Upload images, videos, and documents
- Publish your first live product sheet within hours
Many PIMs need months and a consultant before anything goes live, so this is a very different start. In practice, most teams still ask us to help set up the data model, and that's the part worth getting right first. So the Wenture team is there when you want us, and out of the way when you don't.
Real examples: how our clients use Wabric PIM
Floorin: visual proposals from thousands of products
Our client Floorin, one of Estonia's leading importers of interior finishing materials, used to keep product data in Excel files and links to manufacturer websites. The current price was whichever file someone had edited last.
Now Wabric PIM holds their full catalog of thousands of products as one source, synced with their Odoo ERP twice a day. On top of it runs Vispak, a digital moodboard where interior designers drag products onto a design surface and send a priced visual proposal from one screen.
Saku Metall: from structured data to self-service sales
Our client Saku Metall started by moving its whole product structure into Wabric PIM, from attributes to BOM logic. Once the data was structured, a garage door configurator went on top of it. Their sales cycle dropped from 2 weeks to 2 hours, 90-95% of orders are now self-service, errors are down 80%, and the project paid for itself in under 3 months.
ETS NORD: silencer data that does the maths
Our client ETS NORD makes industrial silencers, and picking the right one for each project used to take a lot of time. Their SilencerIQ app runs on a Wabric PIM that stores every silencer's data and files, calculates noise attenuation, and connects to their CRM, ERP, e-shop, and CAD tools. Sales engineers enter the project parameters and get a complete offer back, drawings and graphs included.
Wabric PIM was also named Innovation Project of the Year by the Digital Construction Cluster.
Want your product data to work like this? See how Wabric PIM handles variants, rules, and documents for complex products. See Wabric PIM →
Does a PIM help with the Digital Product Passport?
Yes, because a Digital Product Passport (DPP) is a product data problem before it's a paperwork problem. A PIM won't make you compliant on its own, but it holds the structured, versioned data every passport is built from.
The timeline is already running:
- January 2026: the new Construction Products Regulation (EU) 2024/3110 started to apply. Declarations now cover environmental performance too, starting with climate impact (GWP) for products under updated harmonised standards.
- July 2026: the European Commission launched the central DPP registry on 20 July.
- February 2027: the first mandatory passports arrive, for certain large batteries.
- Next: textiles, steel, aluminium, tyres, furniture, and other product groups follow one by one, each once its own rules are adopted. Construction products get their own passport under the CPR, with the detailed rules still being written.
Every passport needs 3 things: a unique product identifier, a data carrier such as a QR code, and structured data behind it. Wabric already gives every product a QR code and a live data page, which is the same basic shape. The exact fields for your product group come from its own EU rules, so those decide the final content.
Manufacturers who still keep product data in spreadsheets are facing a 2 to 3-year data project before they can issue passports. Manufacturers with a structured PIM get most of the way there as a side effect of how they already sell.
Does a PIM help with the Digital Product Passport?
Yes, because a Digital Product Passport (DPP) is a product data problem before it's a paperwork problem. A PIM won't make you compliant on its own, but it holds the structured, versioned data every passport is built from.
The timeline is already running:
- January 2026: the new Construction Products Regulation (EU) 2024/3110 started to apply. Declarations now cover environmental performance too, starting with climate impact (GWP) for products under updated harmonised standards.
- July 2026: the European Commission launched the central DPP registry on 20 July.
- February 2027: the first mandatory passports arrive, for certain large batteries.
- Next: textiles, steel, aluminium, tyres, furniture, and other product groups follow one by one, each once its own rules are adopted. Construction products get their own passport under the CPR, with the detailed rules still being written.
Every passport needs 3 things: a unique product identifier, a data carrier such as a QR code, and structured data behind it. Wabric already gives every product a QR code and a live data page, which is the same basic shape. The exact fields for your product group come from its own EU rules, so those decide the final content.
Manufacturers who still keep product data in spreadsheets are facing a 2 to 3-year data project before they can issue passports. Manufacturers with a structured PIM get most of the way there as a side effect of how they already sell.
Summary
A PIM is the one place your product data lives: specs, variants, rules, documents, and translations, published everywhere they're needed. For manufacturers the bar is higher than for retail, because the data has to carry engineering rules, real units, variant-specific documents, and soon the information EU product passports require.
A PIM doesn't replace your ERP or CAD. It connects them, so sales, partners, and production stop working from different versions. Once the data is structured, it can also run a configurator, a partner portal, or a webshop on top, which is exactly how Wabric is built.
And if your master product file is called something like final_v7_REALLY_final.xlsx, it's probably time.
Wabric PIM's approach to this has been recognized outside the industry too: it won the title of Innovation Project of the Year, a nod to the same structured-data foundation this guide has been walking through.
Frequently Asked Questions
PIM stands for product information management. It's the software, and the process, of keeping all product data in one central system, from specs and variants to images, documents, and translations. That system then feeds every channel, including your website, quotes, partner portals, and ERP.
PDM (product data management) is used by engineers to manage CAD files and technical data while a product is being designed. PIM (product information management) is used by sales, marketing, and product teams to manage the information needed to sell it. PDM is for making the product, PIM is for selling it.
In most cases, yes. An ERP is built for transactions: orders, stock, and invoicing. It isn't built to hold variants and their rules, several images and documents per product, translations, or channel-specific data. A PIM takes the core data from your ERP and adds everything sales, partners, and your website need.
Only if it was built for them. Retail PIMs expect fixed SKUs. A PIM for manufacturing stores variants, options, and the rules for which combinations are allowed, so a configurator or CPQ tool can use that logic directly. Wabric PIM was built for this, and Wabric's configurator runs on the same data.
Yes. Translation and localization are core PIM features. You keep one product record with every language, unit, and market-specific document attached, so your German distributor sees German descriptions and your Swedish partner sees Swedish ones, all from the same data.
It depends on how much data you have and how messy it is. A focused start with one product family can go live in weeks, while a full rollout across every product line, market, and connected system takes months. Starting small and expanding is almost always faster than migrating everything at once.
If you have many variants, sell through partners, or sell in more than one country, usually yes. That's where scattered data costs the most, through quote errors, rework, and engineering time spent answering spec questions. With a small, stable range and one sales channel, a well-kept spreadsheet may still be enough.
