A design system component library displayed in Figma
Design System Services

Design System Services That Scale Your Product UI

Figma component libraries, design tokens, pattern documentation, and developer handoff — built from the ground up or from an existing partial system. Subscription-based.

500+ projects for teams at

The Discipline

What Is a Design System?

A design system is the single source of truth for how your product looks and behaves. It is not a style guide — and it is not a component library — though it contains both. A Figma design system is the infrastructure layer that connects your brand decisions to the components your designers use and the tokens your developers implement.

Without one, design debt compounds quietly. Components diverge. Buttons accumulate slightly different border-radii across features. New screens take longer to build because every designer reinvents the same patterns. Developers file clarification tickets for specs that should never have been ambiguous. Each new hire extends the inconsistency rather than inheriting a standard.

A design system solves this by making the standard the easy path. Once built and maintained, it compresses the cost of every subsequent feature — the opposite of design debt, which compounds the cost of every subsequent screen.

The best time to build a product design system is earlier than it feels necessary. The second-best time is now, before the product grows further.

What's inside

The Anatomy of a Design System

A design system is not a flat file of components. It is a layered architecture — each layer builds on the one below it.

Layer 1

Foundation Tokens

The lowest-level design decisions, expressed as named variables. Every component and every screen draws from these values — nothing is hardcoded.

  • Colour system
  • Spacing scale
  • Type scale
  • Radius values
  • Shadow levels
  • Motion durations
Layer 2

Component Library

UI components built directly on top of the token foundation. Change a token and every component that uses it updates — on both sides.

  • Buttons
  • Inputs
  • Cards
  • Navigation
  • Modals
  • Tables
  • Badges
  • Alerts
Layer 3

Pattern Library

Assembled flows using components. Not just which components exist — how they combine to solve recurring interface problems.

  • Login / signup
  • Onboarding
  • Data tables
  • Form layouts
  • Empty states
  • Error handling
Governance

Documentation

Usage guidelines for every component: when to use each variant, what accessibility requirements apply, what to avoid, and how the component behaves in context.

  • When to use
  • Variant notes
  • Accessibility
  • Do / Don't
Figma Layer

Figma System File

The design-side implementation: auto-layout throughout, component properties, variant sets, and a published team library that every designer's file connects to.

  • Auto-layout
  • Component props
  • Variant sets
  • Published library
Dev Layer

Token Export

Token files structured for engineering implementation — JSON for Tokens Studio, CSS custom properties for direct integration. The design and code sides stay in sync.

  • JSON tokens
  • CSS variables
  • Tokens Studio
  • Dev handoff
Who it's for

Who Needs a Design System?

Three situations where the absence of a system is visibly costing a team — in time, in quality, and in speed.

Development Friction

Your developers are rebuilding components from scratch every sprint

There's no component library on the code side, so every new feature involves building UI primitives from first principles. Developers file spec questions because the design file has hardcoded values rather than named tokens. Revisions are expensive because there's no abstraction layer to change.

  • •Design-to-dev handoff requires lengthy spec walkthroughs
  • •A brand update means manual changes to hundreds of values
  • •No component reuse in code means bugs in each implementation
A developer working on a laptop
Deliverables

What You Get

A complete design system delivery — not a starter kit. Everything from the token architecture to the usage documentation your team will actually reference.

Foundation Token File

Colour, spacing, typography, border radius, and shadow — structured as named tokens with a clear hierarchy: global → alias → component. Set up for Tokens Studio and CSS custom property export.

Figma Component Library

All components built with auto-layout, component properties, and variant sets. Published as a Figma team library so every designer's file automatically pulls from the same source of truth.

Pattern Documentation

Assembled patterns for recurring flows: form layouts, data tables, empty states, error handling, onboarding, and confirmation dialogs. Shows how components combine, not just what they look like in isolation.

Component Usage Guidelines

Per-component documentation covering: when to use each variant, accessibility requirements, interaction notes, and Do/Don't guidance. Embedded in the Figma file and available as standalone docs.

Token Export Files

JSON token files and CSS custom property exports for engineering implementation. Structured so a token change on the design side flows through to the codebase without manual mapping.

Maintenance & Expansion Cycle

On a subscription, the system grows with the product. New components, revised tokens, documentation updates, and new patterns are handled in ongoing design cycles — not a separate project each time.

How it works

How We Build a Design System

Five stages from audit to a published, maintained system. We start by understanding what exists — not by building from scratch before we know what to keep.

  1. Audit

    Review existing UI files and identify: component overlap, inconsistencies, missing states, and what already works well enough to keep.

  2. Token Architecture

    Define the foundation: colour system, spacing scale, type scale, radius, shadow. Named and structured for Figma and code before building any component.

  3. Core Components

    Build the most-used components first — buttons, inputs, cards, navigation — using the token foundation. Everything else references these.

  4. Library Expansion

    Build secondary components — modals, tables, dropdowns, data display — and assemble the pattern documentation from real product use cases.

  5. Publish & Handoff

    Publish the Figma team library, export design tokens, write usage documentation. From this point, the system runs on the subscription maintenance cycle.

Who it's for

Who Hires Us for Design Systems

The teams most likely to see a direct return on a design system investment — and why it fits them specifically.

Heads of Product Scaling the Team

Hiring more designers but no system for them to work within. A design system means every new hire has a standard to follow on day one — not a pile of files to decode.

Engineering Teams in Dev Friction

Rebuilding UI components from scratch every sprint. Developer handoff requires lengthy spec reviews. A token-based system with CSS export cuts that friction at the source.

Design Teams With Inconsistent Files

Multiple designers working from diverging Figma files. Screens built a year ago don't match screens built last month. A published Figma library turns that into a solvable problem, not an ongoing one.

Teams Inheriting a Legacy Product

Taking over a product with no documented component logic. The system is implicit, not explicit — in the files, not in a library. An audit and rebuild gives the new team something to actually work from.

Agencies Building White-Label UI

Clients need consistent UI across multiple properties or product lines. A single token-based system with brand overrides means each client gets a customised look without a full rebuild.

Startups Pre-Scaling

Moving fast now but heading toward a point where inconsistency becomes expensive. The best time to build a system is before you need it badly. A subscription model keeps the overhead low.

Why DesignHQ

What Makes Our Approach Different

Six things that distinguish how we build and maintain design systems from how most agencies approach them.

Token-First, Always

We never build a component before the token architecture exists. That means every component inherits the system — nothing is hardcoded, and nothing becomes orphaned when the brand evolves.

Figma-Native System

Auto-layout, component properties, and variant sets throughout — not static components or flat frames posing as a system. Published as a team library so every designer's file connects to one source.

A colour system laid out as design tokens
A product UI styleguide printed and pinned to a wall

Developer-Ready Export

Token files in JSON and CSS custom properties, structured for the engineering team. The gap between the design system and the code system is as small as we can make it.

Audit Before Build

We don't start building from scratch unless there genuinely is nothing to work from. An audit of existing files identifies what to keep, what to refactor, and what's missing — and saves the rebuild work on everything that already works.

Subscription Maintenance

A design system is not a one-time deliverable. On a subscription, maintenance and expansion are built into ongoing cycles — so the system stays current as the product grows, not stale after the first delivery.

Design system spacing specs on a laptop and a phone

Documentation by Default

Every component ships with usage guidelines, not just the component itself. Accessibility requirements, when to use each variant, and what to avoid — documented so the next designer can work confidently from the system.

Connected Services

Related Services

Feeds the systemUI Design

The design system is built from the same visual decisions that UI design establishes. A new product engagement often produces both — the UI design and the system it should be extracted into.

Uses the systemWeb App Design

Web application design that uses or builds on the design system — so every screen is assembled from the component library rather than designed from scratch for each new feature.

Before the systemUX Research

Understanding how users interact with the product informs which components, states, and patterns the system needs most. A UX audit is a useful input to a design system scope definition.

Feeds the systemUI Design

The design system is built from the same visual decisions that UI design establishes. A new product engagement often produces both — the UI design and the system it should be extracted into.

Uses the systemWeb App Design

Web application design that uses or builds on the design system — so every screen is assembled from the component library rather than designed from scratch for each new feature.

Before the systemUX Research

Understanding how users interact with the product informs which components, states, and patterns the system needs most. A UX audit is a useful input to a design system scope definition.

Feeds the systemUI Design

The design system is built from the same visual decisions that UI design establishes. A new product engagement often produces both — the UI design and the system it should be extracted into.

Uses the systemWeb App Design

Web application design that uses or builds on the design system — so every screen is assembled from the component library rather than designed from scratch for each new feature.

Before the systemUX Research

Understanding how users interact with the product informs which components, states, and patterns the system needs most. A UX audit is a useful input to a design system scope definition.

Feeds the systemUI Design

The design system is built from the same visual decisions that UI design establishes. A new product engagement often produces both — the UI design and the system it should be extracted into.

Uses the systemWeb App Design

Web application design that uses or builds on the design system — so every screen is assembled from the component library rather than designed from scratch for each new feature.

Before the systemUX Research

Understanding how users interact with the product informs which components, states, and patterns the system needs most. A UX audit is a useful input to a design system scope definition.

FAQ

Frequently Asked Questions

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Let's Connect.

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Let's Connect.

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