Website design for manufacturers, built for the engineer who sends the RFQ

An engineer who finds a supplier in search runs through a short list of checks. Can this shop run the process, in the material, at the size and quantity the part needs? Can it show the quality behind the work? Website design for manufacturers puts those answers on the page and makes sending a request for quote (RFQ) easy. Below is what we would build for a manufacturer, what the FTC’s origin rule means for its pages, and what US agency price pages and guides show for the cost.

What does a manufacturing website have to do?

The National Association of Manufacturers says the majority of US manufacturing firms are quite small. Citing the Census Bureau’s Statistics of U.S. Businesses, it counts 239,265 manufacturing firms in 2022, around three-quarters of them with fewer than 20 employees and 93.1% with fewer than 100. In a company that size, every first question the website answers is one the estimator doesn’t have to.

Manufacturing website design gives the site four jobs:

• Show what you can make: the processes, materials, sizes and quantities you take on, in the words engineers search.
• Back it up: your machines, your inspection methods, the certificates you hold and the industries you’ve done work for.
• Take the request: an RFQ form that accepts drawings and reaches the person who quotes.
• Stay true: machines, certificates and product lines change, and the pages change with them.

How is an industrial website organized?

Industrial website design starts from research: the processes, materials and part types people search for in your field, and the suppliers Google shows them. The pages we would plan from it:

• A page for each process: machining, fabrication, molding, finishing, assembly or whatever you run, with the sizes, tolerances and volumes you can hold, in your engineers’ figures.
• Material pages: where your range of metals, plastics or composites is a reason to pick you, with the grades you work in.
• An equipment list: machines by type, with the capacities and travel that tell an engineer whether a part fits.
• Industries served: only the fields you’ve actually worked in, described in your words.
• Quality: what you inspect, how, and the records you can send with a shipment.
• Parts and projects: photos and short write-ups, shown only where your customer agreements allow it.
• The RFQ page: the form, the files it takes and what happens after a request is sent.

A contract manufacturer making customers’ parts and a company selling its own product lines need different sites. The second adds a page for each line, with its specs written out, the sheets to download and where to buy.

How should an RFQ form work on a manufacturing site?

The RFQ form is where a capability page turns into work. What we would build:

1. The fields your estimator asks for: part or drawing number, material, quantity and the date the parts are needed, plus a box for anything else.
2. Room for drawings: the drawing and spec files travel with the request, so nobody has to chase them by email.
3. A spam check: automated submissions are filtered out before they reach anyone.
4. Routing: each request goes to the estimator’s inbox, or through your CRM’s own web form where it has one, with the page it was sent from recorded beside it.
5. A plain next step: the confirmation says who reads the request and what happens next. Any reply time it states is a figure you set.

Because every request carries its page, you can see which capability pages bring in RFQs and which only bring visits.

How should certifications and customer approvals appear?

A certificate on a supplier’s site is a claim an engineer may check, so the site shows each one exactly as issued:

• Name and scope: the standard or approval in the certificate’s own words, and the sites or processes it covers.
• Who issued it: the certification body or customer that granted it, with a link to its public lookup where one exists.
• Dates: when it was issued and when it runs out, updated when it’s renewed.
• A copy: to download, or on request, whichever you prefer.

We print only what you hold and send us. A certificate that lapses comes off the site as soon as you tell us, and words like “certified” or “compliant” never stand in for a document you don’t have.

What can the site say about where products are made?

The rule’s definition is wide. It reaches any unqualified claim, express or implied, that a product is of U.S. origin, and it names “made”, “manufactured”, “built”, “produced”, “created” and “crafted” in the United States or in America (16 CFR 323.1). So the wording on a product page matters as much as a badge. The rule also leaves other federal and state country-of-origin labeling laws in force, except where a state law is inconsistent with it (323.5).

How we handle it: we write origin wording exactly as you give it to us, and qualify it where you tell us to, as in “assembled in California with imported components”. We don’t check where parts come from, and no page can make a claim lawful; that call stays with you and your counsel. Our manufacturing industry page sets out the rule in more detail.

Who writes the pages, and who checks them?

A wrong tolerance on a capability page does more harm than a typo. Google’s guidance on helpful content asks whether a page is written or reviewed by an expert or enthusiast who demonstrably knows the topic well, and whether it offers original information, reporting, research or analysis. For a manufacturer, those experts already work for you.

So we write each page from the research and from interviews with the people who know the work: the owner, an engineer, the quality lead. One of them checks every figure, process limit and certificate before the page goes live, and nothing publishes without your approval. Our side is the page plan, the writing and the search research behind each page.

Should spec sheets and catalogs stay as PDFs?

Keep the PDFs, and give each one a page. Google says it can index the content of most text-based files and certain encoded document formats, and Adobe’s PDF format is on its list, so a spec sheet can turn up in search. A page does more for the person who lands on it, though: the specs sit beside the RFQ form, the related processes and the rest of the site.

Google’s page on its AI features adds a reason: among the SEO fundamentals it says continue to be worthwhile is making sure that important content is available in textual form. What we would build is a page for each product line or spec sheet with the key figures written out, and the PDF beside them to download. When a sheet is revised, the page and the file change together, and the old file’s address points to the new one.

How is the site built, and how fast does it load?

We build in our own system, on Astro or Next.js. Two of Astro’s design principles are server-first (“Websites run faster when they render HTML on the server”) and fast by default. Speed counts in search too. Google highly recommends good Core Web Vitals for success with Search, and sets the good marks at a Largest Contentful Paint within the first 2.5 seconds, an Interaction to Next Paint under 200 milliseconds and a Cumulative Layout Shift under 0.1.

Each build also carries the parts a visitor never sees:

• Structured data: markup describing the company, each page and each product, matching what the page says.
• A sitemap and IndexNow: IndexNow tells search engines when a page is added, updated or deleted, and has support from Microsoft Bing, Naver, Seznam.cz, Yandex and Yep.
• Crawler rules and llms.txt: robots rules that open the site to AI crawlers, and a plain-text summary of it for any tool that reads one.
• Launch guards: checks that hold back any page still missing a fact, such as a certificate’s scope.

A current site on WordPress, Squarespace or another builder is rebuilt in our system, page by page.

What happens to the old site, its addresses and its files?

Links to your current pages and PDFs may sit on other sites, in distributors’ listings and in old emails. Before launch we match every old address, files included, to its new page and set a permanent redirect for each. Google says a permanent redirect shows the new target in search results, and that its indexing pipeline takes a redirect as a signal that the target should be canonical. It also says to use permanent redirects when you’re sure they won’t be reverted, which is the case in a rebuild.

Your domain stays registered where it is. We save a copy of its DNS records before changing anything, edit only the records that send the domain to the new site, and leave your email running as it does today. Our website migration page walks through the steps.

Will search engines and AI answers find the site?

Google says there are no additional requirements to appear in AI Overviews or AI Mode: to be eligible as a supporting link, a page has to be indexed and eligible to be shown in Google Search with a snippet. Among the SEO fundamentals it lists for these features is making sure structured data matches the visible text on the page, which is one more reason the spec figures live on the page. Google’s guide to generative AI features says it’s completely fine to create and maintain llms.txt files for other services or systems that use them, as Google Search ignores them, so we add one for those services.

As of August 31, 2026, Google has rolled out the Search generative AI control, a Search Console setting, to all websites. Include is the default; a site switched to exclude gets no traffic or impressions from those features. In industrial web design, the part we control is the groundwork: clear pages, accurate structured data and open crawler rules make the site easier for AI answers to find, read and cite. AI tools decide which suppliers they name, so the monthly search work counts how often they name you and promises nothing about it. That work is on our SEO for manufacturing companies page.

Where can you see web work we’ve built?

The Alvy Logistics website is a 70-page rebuild in our own system, and we still run it with Alvy. Alvy is owned by our co-founder Noah Alvarez, and DSI is an Alvy company. Alvy is a logistics company, so its site shows how we plan, build and run a website, and nothing about manufacturing work.

For a manufacturer, manufacturing web design scales with the business:

• A job shop: a home page, a page per process, the equipment list, quality and certificates, and the RFQ page.
• A company with its own products: all of that, plus a page per product line with specs in text and sheets to download.
• Several plants: a page for each plant with its own processes, machines and certificates, and RFQs routed to the right estimator.

What does the site need once it’s live?

A manufacturer’s site can drift out of date in ordinary ways: a new machine on the floor, a certificate renewed or dropped, a material added, a product line retired. Each change touches a page, and sometimes the RFQ form’s options. We stay on after launch: every site we build runs on a monthly plan, and your proposal says what it covers. Our website maintenance page explains what upkeep involves. We do not guarantee search rankings, traffic, or uninterrupted uptime.

What changes a build’s price from one level to the next is on our website design cost page, and our AI consulting for manufacturers page covers where AI could help with the work behind the site. To talk through where your RFQs come from and what the site would need, book a 15-minute call; you’ll speak with Nicolas Perez or Noah Alvarez, our co-founders. We were formed in 2023, and you’re welcome to visit our office in Valencia.