When a machine is a capital investment, the site has to carry the evaluation as far as it can before a sales engineer is involved.
Industrial machinery website design turns a complex range into a route through applications, throughput, configurations, utility and footprint requirements, service cover and the aftermarket. The design work is mostly structural: what a specification table shows, how a selector narrows a range, and how an owner finds the right part for a machine bought fifteen years ago.
An engineer comparing machines is reading numbers: throughput range, format and size limits, materials handled, tolerances, changeover time, footprint, weight, power and compressed air requirements, control system, safety category and available options. The design job is to present those in a table that can be scanned, compared across models and read on a phone in a plant. Units have to be consistent, ranges shown as ranges, and options distinguished from standard specification so a buyer does not assume something is included. We build that template from your real range, including the configurable machines where a single figure would be misleading.
Where a range covers variants, modules and options, a visitor needs a controlled route through the questions a production manager asks: what am I processing, at what rate, to what specification, in what space. We design product finders and selectors around those questions so the visitor reaches a shortlist and an enquiry that carries the configuration they entered. Deeper configuration involving option dependencies, pricing logic and an ERP or quoting system is scoped separately, because treating it as a website feature is how those projects usually go wrong.
For many manufacturers the parts and service business carries the margin, and it is often the weakest part of the site. Parts identification tied to models and serial ranges, exploded views or parts lists a maintenance engineer can work from, consumables, maintenance schedules, manuals, training material and service contracts can all be organised as connected journeys with access levels designed around who needs them. A technician who can identify and order a wear part at two in the morning is a strong argument at the next capital purchase, and designing for that moment is very different from designing a brochure.
Equipment stays in service for decades, so the site serves owners of machines you stopped selling years ago. Superseded models need to keep their documentation and parts information while staying out of the current range navigation and comparison tools, with a visible route to the successor product or a retrofit option. Serial number ranges should map to the correct manual revision so an owner is not handed a document for a different build. Handled deliberately, legacy support reads as a reason to stay with the brand rather than as an unmaintained archive.
Where you sell through agents by territory, the platform has to show the range each territory is authorised to sell, present the right contacts and route enquiries to the responsible partner. Partners also need current technical material, sales assets and pricing structures without files being emailed around. We design that access model at the start, because retrofitting territory rules onto a public catalogue is consistently harder than building them in. The distributor portal is kept simple enough that your team can add a partner or revoke access without raising a ticket.
A machinery purchase runs over months and involves production, engineering, maintenance, quality and finance. An early visitor wants to know whether the technology suits their process at all. A later one wants line drawings, utility requirements, footprint, safety category and a reference from a comparable installation. We design the templates and the navigation so a returning visitor finds something new rather than the overview they read in the first week, and so each stage has a next step that fits where they are, from a specification download to a site visit request.
Machinery sites carry heavy material: video of the line running, large drawings, exploded views, sometimes a three dimensional model. Each of those helps a buyer understand the equipment and each can make a page unusable on a plant network. The design decisions are which media belongs on the page and which behind a deliberate action, how images and drawings are sized and served, and what the page shows while a large asset loads. We treat that as part of the layout work rather than a later optimisation, and measure it against the connections your buyers work on. Our website performance practice covers the testing.
A maintenance engineer looking up a part reference is often standing at the machine, on a phone, in poor light, possibly wearing gloves. A procurement team reading the same site is on a desktop with a large screen. The components have to work at both ends: touch targets that can be hit, tables that reflow rather than scroll off the edge, contrast that survives glare, and keyboard and screen reader support where a buyer needs it. Accessibility requirements now apply to many commercial sites sold into the European market, so our website accessibility standards are built into the component set rather than retrofitted.
What comes up when scoping a site for capital equipment and an installed base.
With the specification model and the sales process. We establish with your engineering and sales teams which attributes decide a shortlist, how the range is configured and quoted, and how the aftermarket and agent network work. Templates, the selection journey and the access model follow from that. A machine sold as a standalone unit and a machine sold as part of a line need different information in a different order, so the template is built from your range rather than a generic pattern.
A product finder that guides a visitor from process, material and throughput to the correct range is usually straightforward and worth building. A deeper configurator involves option dependencies, pricing logic and often an integration with a quoting or ERP system, so we scope it as its own project with its own rules rather than as a website feature. Both can end in the same enquiry flow so the configuration reaches your sales engineers intact.
Through parts identification tied to models and serial ranges, parts lists or exploded views a maintenance engineer can work from, and a route to order or enquire without contacting the service desk. Service contracts, maintenance schedules and consumables sit alongside the machine they belong to, so the aftermarket is part of the offer rather than a section few visitors reach.
Yes, and it is worth planning early. Superseded models keep their documentation and parts information but are excluded from current range navigation and comparison tools, with a clear path to the successor product or a retrofit option. Serial number ranges map to the correct manual revision so an owner is not sent a document for a different build. That keeps the current range legible while the installed base is still served.
Yes. Controlled areas can hold documentation, service information, sales assets, training material or account specific tools, with access designed around a practical operating model. The common failure is a portal whose permissions go unmaintained, so we keep the access structure simple enough that your team can add a partner or revoke access without a support ticket, and we agree who owns each asset before it is built.
By defining which parts of the site are shared and which are territory specific, then building the routing and targeting to match. Contacts, available ranges and language versions can differ by market while technical product data stays governed centrally. Correct hreflang and canonical handling keeps territory pages from competing with each other for the same search, which is a frequent cause of lost visibility in a distributed network.
Yes, and much of it is decided by the structure agreed during design, since the model pages, the parts architecture and the URL shape all come from that stage. See SEO for industrial machinery manufacturers for that side of the work, industrial machinery digital projects for the sector view, or industrial UX and UI design for the interface practice behind it.
Video of a line running is one of the most useful things a machinery site can show, because it answers questions a specification table cannot. Three dimensional models are worth it where footprint and integration are the deciding factors. Both need a plan for weight and loading behaviour, since a page that takes ten seconds on a plant network will lose the visitor before the asset appears. We decide what sits on the page and what sits behind a deliberate action during design.
Tell us how your equipment is specified, quoted and supported, how the aftermarket works and where the agent network fits. We will map the templates, the selection journey and the access model your machinery website needs, and what it takes to run them.