Guides · May 21, 2023
How to Design an E-Commerce Website in Figma
Designing an e-commerce website in Figma means building a real component system first — atoms, product patterns, page templates — then wiring interactive prototypes before a single line of code gets written. Starting from a proven Figma e-commerce template shortens the path considerably.
By Polo Themes
Designing an e-commerce website in Figma comes down to three phases: set up a component-driven design system (colors, type, buttons, product cards), assemble the core page templates every store needs (home, category/PLP, product detail, cart, checkout), then prototype the key shopping flows so stakeholders and developers can click through the experience before it is built. Doing this from scratch takes real time; starting from a well-structured Figma e-commerce theme, like the ones in our Figma templates catalog, gives you the component system and page templates already built so you can spend your time on brand and merchandising decisions instead of rebuilding a button component for the twentieth time.
This guide walks through the process end to end: how to structure a Figma file for a commerce project, which components and pages actually matter, how to think about responsive layouts, how to prototype so the file communicates behavior and not just visuals, and how to hand the file off to developers cleanly. It also covers where a purpose-built template saves the most time and where you should still expect to do original design work, because a template is a starting point, not a substitute for understanding your own product and customer.
Why Design an E-Commerce Site in Figma First
It is tempting to skip design and jump straight into a theme editor or a code base, especially for a small store. But e-commerce interfaces have more interlocking states than most other web projects: a product can have variants, stock levels, sale pricing, and multiple images; a cart can be empty, partially filled, or mid-checkout; a checkout form has validation states, shipping options, and payment steps. Designing these in Figma first lets you work through the logic and the visual hierarchy cheaply, before any of it is wired to a real backend. Changing a component in a design file costs minutes. Changing the same layout after it has been built into a storefront theme costs much more, because now templates, styles, and possibly Liquid or React markup all need to move together.
Figma also gives you a shared surface for feedback. A merchant, a marketer, and a developer can all comment directly on a frame, propose copy changes, or flag a confusing layout, without anyone needing to install anything or understand the eventual tech stack. That collaboration is a large part of why Figma has become the default tool for commerce design work, ahead of static mockup tools or design work done directly in a theme editor.
Step 1: Build the Foundations Before Any Page
The single most common mistake in e-commerce Figma projects is designing pages before design foundations. It feels productive to jump straight into the homepage, but without a settled type scale, color system, spacing scale, and button styles, every new page invents its own inconsistent details, and you end up doing cleanup work later that costs more than the foundation work would have upfront.
Color and type styles
Set up Figma color styles (or variables, in newer Figma files) for your core palette: a primary brand color, a neutral scale for text and backgrounds, and semantic colors for states like sale/discount, out-of-stock, and success/error messaging. Do the same for type — a small set of text styles for headings, body copy, product titles, prices, and small print (shipping notes, size guides) will keep every page consistent without you having to remember exact font sizes each time.
A real component library, not copy-pasted frames
Buttons, badges, form inputs, the product card, star ratings, and navigation items should all be Figma components with variants (default, hover, disabled, sale-badge-on/off, and so on), not separate frames you copy and re-edit on every page. This is the difference between a design file that is maintainable and one that becomes unworkable by the tenth page. When a component is built properly, updating the button radius once updates it everywhere it is used across the file.
The product card, specifically
The product card deserves special attention because it appears dozens of times across almost every page — homepage featured sections, category grids, search results, related products, and cart recommendations. Decide early how it behaves: image aspect ratio, whether a secondary hover image is shown, how sale pricing displays next to regular pricing, whether a quick-add button appears on hover or is always visible, and how it handles long product titles without breaking the grid. Get this one component right and a large share of every subsequent page becomes fast to lay out.
Step 2: Design the Pages That Actually Matter
A complete e-commerce design system covers a fairly small, well-known set of page templates. Design these in order, since later pages reuse components from earlier ones.
- Homepage: hero, featured collections, a merchandised product grid, and trust content (reviews, shipping/returns policy, brand story).
- Category / product listing page (PLP): filter and sort controls, the product grid using your product card component, and pagination or infinite scroll.
- Product detail page (PDP): image gallery, variant/option selectors, price and stock state, add-to-cart, and supporting content like size guides and reviews.
- Cart: line items with quantity controls, subtotal, shipping estimate, and a clear path to checkout.
- Checkout: shipping information, delivery options, payment, and order review, ideally shown as a single logical flow even if it spans multiple screens.
- Account and order status: login/register, order history, and order confirmation — often skipped in early designs but important for repeat customers.
The product detail page is usually where the most design decisions live, because it has to communicate the most information — imagery, variants, pricing, availability, and trust content — without overwhelming the shopper. Spend proportionally more time here than on the homepage; the homepage sells the brand, but the PDP is where the purchase decision actually happens.
Step 3: Design for Real Content and Real States
A design that only shows the best-case scenario — a short product title, a product with three variants and plenty of stock, a cart with two items — will fall apart the moment real content hits it. Deliberately design the edge cases: a product name that wraps to two lines, a variant with six color swatches instead of three, an out-of-stock state, a sold-out size in the option picker, an empty cart, and a cart with ten line items. This is tedious compared to designing the happy path, but it is exactly the work that prevents layout breakage once real product data is loaded into the theme.
The same discipline applies to responsive layouts. Most storefront traffic is mobile, so design mobile layouts with the same care as desktop rather than treating mobile as an afterthought resize. Figma's auto layout and constraints make it realistic to design a component once and have it behave sensibly across breakpoints, but only if you build components with auto layout from the start rather than retrofitting it onto fixed-size frames later.
Step 4: Prototype the Shopping Flows, Not Just the Screens
A set of static, beautifully designed screens is not the same deliverable as a working prototype. Figma's prototyping mode lets you link frames together with interactions — tapping a product card opens the PDP, selecting a variant updates the displayed price and image, clicking add-to-cart opens a cart drawer, and so on. Wiring these connections turns the file from a picture book into something a stakeholder can actually click through as if it were the live store, which surfaces confusing flows (a checkout step that is missing, a filter that has no obvious way to clear) far earlier than static review ever would.
At minimum, prototype the primary purchase path end to end: homepage or category page, into a product page, into the cart, into checkout. This is the flow every visitor who converts will follow, and it is the one worth the most scrutiny before development starts.
Step 5: Prepare the File for Developer Handoff
Even in a well-organized file, handoff friction is common if pages and layers are messy. Name layers and frames meaningfully rather than leaving default names like Frame 214; group related elements; and keep a dedicated page or section in the file for exported assets and icon sets. Figma's Inspect panel already gives developers spacing, color, and typography values directly from the file, so the main handoff job is making sure the file's structure matches how a developer will actually think about the build — by component and by page template, not by loose visual groupings.
It also helps enormously to document intent that isn't visible in the static frame: what happens when a filter is applied, what the empty state of search results looks like, whether the sticky add-to-cart bar on mobile should appear after a scroll threshold. A short annotation layer or a linked notes document saves a lot of back-and-forth once implementation starts.
Starting From a Template vs. Starting From Scratch
Everything above is real work, and doing it from a blank Figma file for every project adds up to a significant amount of time before you have designed a single piece of your own brand's content. This is the practical case for starting from a purpose-built Figma e-commerce template rather than an empty canvas: a good template already has the component library, the responsive page templates, and often working prototype links set up, so your first working session is spent adjusting colors, type, and product content to match your brand rather than building infrastructure.
Our own Figma templates catalog includes options built for exactly this purpose — full page sets, organized component libraries, and layouts designed with real content variability in mind rather than only the happy path. For merchants in fashion, our Wosa Figma template gives you a full fashion-store page set to adapt directly; for course and knowledge-product sellers, the Course Whiz Figma template covers the listing and checkout patterns specific to selling digital courses; and for stores spanning multiple niches or those who want a broader library of pages and components to pick from, the multi-niche Figma bundle is built to cover more ground in one file. Starting from any of these still requires the same design thinking described above — you are still responsible for your product photography, your copy, your brand color decisions, and your specific catalog's edge cases — but the scaffolding work of components, templates, and page structure is already done.
To be fair to the from-scratch approach: if your store has an unusual product type or a highly distinctive brand identity that a general template would fight against, building your own component system from a blank file gives you more control and avoids adapting someone else's structural decisions. That is a legitimate path for a team with the design time to invest in it. A template is the faster, lower-risk path for the more common case of a merchant who wants a professional, well-tested structure and would rather spend their limited design hours on brand and content than on rebuilding a variant picker component.
A Practical Checklist Before Handing Off to Development
- Color and type styles are defined once and used consistently, not eyeballed per page.
- Buttons, form inputs, badges, and the product card are Figma components with variants, not duplicated frames.
- All six core page templates exist: home, PLP, PDP, cart, checkout, and account/order status.
- Edge-case content has been tested: long titles, out-of-stock states, empty cart, many variants.
- Mobile layouts are designed with the same care as desktop, using auto layout so components respond sensibly.
- The core purchase flow — browse to product to cart to checkout — is prototyped and clickable, not just static.
- Layers, frames, and pages are named clearly enough that a developer can navigate the file without guidance.
Frequently Asked Questions
Do I need to know how to code to design an e-commerce site in Figma?
No. Figma design work is entirely visual and does not require writing code. It helps to have a general sense of how storefront themes are built (sections, templates, reusable blocks) so your file structure maps cleanly to development, but that understanding comes with practice rather than a coding background.
What is the difference between designing in Figma and using a theme editor directly?
A theme editor (like Shopify's) is constrained to what the live theme already supports, and changes there affect a real, sometimes live store. Figma is a design and planning layer that sits before that: it lets you explore layouts, content variations, and flows freely, get feedback, and settle on a direction before anything is built or published.
How long does it typically take to design a full e-commerce site in Figma from scratch?
This varies widely with scope and team size, but building a complete component system plus all core page templates from a blank file is a substantial undertaking measured in weeks for most teams, not days. Starting from an existing Figma e-commerce template compresses this significantly, since the component and template work is already done and the remaining effort is largely brand adaptation and content.
Should I design every page before starting development, or work in parallel?
At minimum, finish the foundational component library and the core purchase flow (PLP, PDP, cart, checkout) before development starts on those pages, since changes here ripple widely. Secondary pages like account settings or a blog listing can often be designed in parallel with early development, since they touch fewer shared components.
Can I use a Figma template even if my final store will run on Shopify or another platform?
Yes. A Figma design file is platform-agnostic — it defines the visual and interaction design, which a development team can then implement on Shopify, a headless storefront, or any other platform. Some of our templates are also paired with a matching built theme (for example, our Optics Figma design pairs with the Optics Shopify theme), which can shorten the path from design file to a working store further if the platform lines up.