Industrial design systems
Consistency for complex digital estates

Design systems
for industrial digital platforms

A design system lets a complex digital estate grow without turning every new page into a new design decision.

We build industrial design systems for organisations managing product content, technical documentation, market websites, distributor portals and a continuing programme of platform improvements. The system carries visual consistency and, just as importantly, the rules for the information patterns industrial teams publish every week: specification tables, document lists, product finders, application pages and enquiry forms.

Design systems fail when they cover the marketing homepage and leave the catalogue to improvise. We build from the patterns that dominate an industrial estate, so the system is useful to the people maintaining eight thousand product records as well as to the team designing the next campaign page.

Scope
What is included

A system for repeated decisions, rather than a library of components

Build from the content and interaction patterns that matter

We define components against the real conditions of industrial B2B: long product names in seven languages, dense specification tables, unit and tolerance formatting, document lists with revision dates, downloadable drawings, application and industry content, market availability notices, faceted product filters and structured enquiry forms.

That produces industrial design systems a team can use beyond a handful of marketing pages. It also settles the questions that otherwise get re-argued on every project: how a datasheet link behaves, what a product card shows when a price is account-specific, how a table degrades on a phone, and what an out-of-stock or superseded reference looks like.

Create a shared language between design, development and publishing

Tokens, components, documentation and implementation rules reduce unnecessary interpretation. Designers, developers and editors know what is reusable, what may vary by market, and when a new pattern is warranted rather than a variation of an existing one.

In multi-market estates that shared language is what keeps agencies, internal teams and local partners building the same thing. A component documented once, with its states, its accessibility behaviour and its content rules, costs less to hand to a new supplier than a set of design files and a brand PDF, and it survives the handover intact.

Built to implement your brand, rather than redefine it

We build the design system to carry your existing brand identity across every digital property, keeping the identity itself exactly as your brand team defined it. Where the guidelines are silent, and print-first industrial guidelines usually are, we propose digital decisions and document them for your team to approve.

The token layer is what makes that work across a group. Colour, type, spacing and state are defined once and themed per brand or market, so a newly acquired company can be brought onto the estate by configuring a theme rather than by maintaining a separate copy of the system.

case studies

Clients who trust us

Industrial and technical B2B companies we build and maintain platforms for.
Industrial B2B digital platforms

A decade of digital work
for industrial and technical B2B

Code Industrial is the industrial B2B practice of Code Barcelona, an agency building corporate websites and digital platforms since 2015. The same strategy, design and engineering team works on every industrial project, from the first scoping session through to life after launch.

19
industrial sectors we serve
1.550
technical documents migrated in one project, permissions and URLs intact
+10
years of digital delivery for industrial B2B
Design systems by structure
Who needs it

How an industrial estate
becomes inconsistent

The divergence has a cause, and it is usually structural. Industrial design systems address it at the source: components, content rules and governance.

Design system process
Four stages

How we build an industrial
design system

Four stages. An industrial design system starts with the real interfaces, content and teams already in place.

AUDIT
01
01

What has already been built

We inventory the existing properties and components. The system should absorb what works rather than introducing a parallel vocabulary teams have no reason to adopt.

What we review

We inventory the components already in use across your existing properties rather than assuming a blank slate, and identify where they diverge even when they were meant to be identical. We note which patterns recur often enough to be worth standardising, which product and document templates carry the most traffic, and which teams currently build what, since that tells us where adoption will be straightforward and where it will need more convincing.

Result

The audit produces a clear picture of what exists today, and teams are commonly surprised by how many slightly different versions of the same button, card or specification table have accumulated across their properties.

FOUNDATIONS
02
02

Tokens before components

Colour, typography, spacing and states are defined as tokens, including how they vary by brand or market. Everything above depends on this layer being right.

What we define

We define the token set for colour, typography, spacing and states, built for theming so brand or market variation is a configuration rather than a fork of the system. Accessibility decisions such as guaranteed contrast ratios and minimum target sizes are set at the token level, where they cannot be quietly undone downstream, and naming conventions are agreed with the teams who will use them daily rather than imposed on them.

Result

Onboarding a new brand or market means applying a theme to the existing tokens, rather than maintaining a separate copy of the system that drifts out of sync over the following year.

COMPONENTS
03
03

A library with real states

Components are built with every state that occurs in practice, because the states are what teams get wrong when they rebuild something themselves.

What we build

We build the component library covering every state that occurs in real use, empty, loading, error, truncated, translated, restricted and superseded, rather than the default appearance alone. Responsive behaviour and accessibility are built in rather than bolted on, and code implementations ship alongside the design definitions, so developers work from the same source the design team sees instead of reverse-engineering it independently.

Result

Because the components are complete, teams reach for them directly instead of rebuilding their own version, which is what normally happens when a design system covers only the easy states.

GOVERNANCE
04
04

Who may change it

A system without governance diverges within a year. We define how it is extended and who decides, and hand over documentation aimed at the people who will build with it.

What we define

We define how a team proposes a new component or a change to an existing one, and who has the authority to approve it, so the system does not accumulate contributions no one has reviewed. Versioning is set up alongside a clear route for how an approved change reaches the properties already using the system, rather than sitting unreleased in a repository the market teams never pull from.

Result

Because governance exists from the start, the system stays coherent as more teams adopt it, instead of fragmenting once a third or fourth team begins extending it independently.

Industrial design systems FAQ

What to establish before investing in a system.

When does an industrial company need a design system?

It becomes valuable when several teams, markets or products publish onto the same digital estate, when an existing platform has drifted visually and structurally, or when a redesign is about to be rolled out across more than one property. Below roughly three properties and one publishing team, a well-organised component set inside the CMS usually covers the need without the governance a full system requires.

Can a design system work with our existing brand guidelines?

Yes. We translate brand principles into usable digital tokens, components, accessibility rules and content patterns, and we fill the gaps that print-first industrial guidelines typically leave open: interactive states, data density, form behaviour, table treatments and dark backgrounds. Those additions are documented and put to your brand team for approval, so the system extends the identity on record rather than reinterpreting it.

How do we stop the system from being ignored?

Governance and usefulness together. Teams adopt a system when using it is faster than rebuilding, which means real code, real documentation and components that cover the awkward cases rather than the tidy ones. Systems that exist only as design files get ignored reliably. We also recommend naming an internal owner with time allocated to the system, because adoption depends on someone answering questions in the first six months.

Can local markets and affiliates theme it for their needs?

That is what the token layer exists for. Local variation happens through theming and through content, rather than through forking, which is the difference between a system that holds together and a set of divergent copies with a shared origin. Where a market has a legitimate requirement no component covers, the governance process gives it a route into the shared library instead of into a local workaround.

What does an industrial design system include beyond components?

Tokens, a component library in code and in design, content patterns for the recurring industrial page types, editorial guidance on how to write within them, accessibility rules, responsive behaviour, documentation and a governance model. The content patterns matter as much as the components: how a specification table is structured, what a document list shows, and how market availability is expressed are the decisions that otherwise get made differently on every project.

How does a design system help with accessibility requirements?

It moves accessibility from a per-page review to a property of the components. Contrast, focus states, target sizes, keyboard behaviour, form labelling and table semantics are decided once, tested once and inherited everywhere the component is used. That reduces the volume of findings a subsequent audit produces and makes the remaining work easier to scope, though it does not replace testing the assembled pages and the content within them.

What does an industrial design system cost to maintain?

Plan for a continuing allocation rather than a one-off project. A system needs someone to review proposed changes, publish versions, keep the documentation current and support the teams adopting it, alongside periodic dependency and accessibility updates. In most industrial groups that is a part-time internal role supported by a retained arrangement with us, and the cost is repaid by the projects that no longer rebuild the same interface from scratch.

Related industrial web development services

Other industrial
web development services

Design system work usually accompanies a redesign or a multi-market rollout. These are the services it sits with.

Industrial design system projects

Give every future release
a stronger starting point

Tell us where teams are recreating the same decisions, and how many properties and markets are involved. We will assess the right system scope for your platform and your organisation.

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Tell us about your organization's context and the planned scope of the project.
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