What is Link Extractor and how does it work?
This method is suitable for extracting links from a page, checking internal linking, finding external clicks, or preparing URLs for a technical audit. A link extractor is useful for SEO specialists, developers, content managers, and website owners who need to quickly check a specific page.
Link Extractor receives the HTML of the page being analyzed and searches for elements containing links. After processing, the user receives a list of addresses present in the page code and accessible to the selected scanning method.
The result is convenient for checking link structure, anchors, and navigation directions. If you need to extract links from a website, first define the task: analyzing a single page and crawling the entire domain require different scanning methods.
What data does Link Extractor extract?
The primary data begins with the URL itself and the link text. Depending on the tool's capabilities, the result may also include the link type, destination domain, rel attribute, target, and other parameters present in HTML.
For SEO, separating URLs into internal and external links is especially useful. This list makes it easier to understand where a page leads, what anchors are used, and whether any of the links include outdated, test, or unwanted URLs.
How is HTML Link Extractor different from regular URL search in text?
An HTML link extractor analyzes the document structure and extracts links from the corresponding HTML elements. A typical URL search in text often focuses on address-like strings, so the results of the two methods may differ.
For example, a link might have a short anchor text, while the actual URL is stored separately in the HTML. Markup analysis helps extract the link's meaning and associate it with the text the user sees.
What is extracted from the href attribute?
The href attribute contains the address the browser navigates to after clicking a link. The value can be a full absolute URL, a relative path within the site, the current page's anchor, or a special pattern like mailto: and tel:.
A relative URL looks like /services/seo/, for example, while an absolute URL contains the entire protocol and domain. It's important to consider both options when analyzing a URL, as internal links are often written as relative paths.
Why extract all links from a website or page?
The request "extract all links from a website" can refer to either a single page or a full domain crawl. In the former case, a page parser is sufficient, while collecting URLs from the entire site requires a crawler that sequentially navigates between documents.
A single-page extractor is useful for targeted testing when the problematic URL is already known. This scenario is often used when auditing a landing page, article, category, product page, or other specific document.
On-page SEO audit
During an SEO audit, a link list helps quickly check internal linking and outgoing URLs. A specialist can see the anchor text used, referral directions, and URLs that require additional technical verification.
The next step typically involves checking HTTP codes, analyzing redirects, and finding broken links. These tasks are best separated from simple URL extraction, as they require separate queries to the destination servers.
Internal linking analysis
The list of internal URLs shows which pages the document being checked is linked to. This helps evaluate clicks to categories, services, articles, and other sections that are involved in internal linking.
The number of links alone says little about the quality of a site's structure. It's important to consider the page's purpose, anchor text, frequency of visits, and the relevance of links to the content of a given block.
Checking external links
External URLs should be checked after moving a website, updating content, and changing partner pages. Even a short article may contain links that have become outdated over time.
A page link parser allows you to quickly collect such URLs into a separate list. They can then be checked for availability, redirects, and consistency with the source originally cited in the material.
Competitor Page Analysis
A competitor's public page can be checked in the same way if it's available for download. The list of links will show which internal sections are linked to the document, where the main links lead, and what external sources are used.
This analysis is useful for studying the search results structure, but a list of URLs alone doesn't fully explain a competitor's strategy. Drawing conclusions also requires page content, navigation, anchor text, block types, and the overall site architecture.
Preparing for a website transfer or redesign
Before migrating, it's helpful to save a list of key page links and compare them after the release. This way, you can spot any links that have disappeared, changed, or are redirecting to old URLs.
This check doesn't replace a full redirect map or site crawl. It's suitable for monitoring specific templates and documents where maintaining internal transitions after a design update is especially important.
I use Link Extractor for an initial page check before a more in-depth audit. First, I separate internal and external links, then look at anchors and rel attributes. This quickly finds random external URLs, outdated addresses, and incorrect transitions. On JavaScript-based sites, I check separately whether the analysis is performed on the original HTML or the rendered DOM.
How to extract links from a website page?
To extract URLs from a webpage, simply specify the desired page address and run the parser. The parser receives accessible HTML, finds links, and generates a result that can be used for further verification.
Before launching, it's a good idea to ensure the final URL is specified without any random parameters or extra characters. If the page redirects the user, the result may depend on the actual URL the tool processes.
Specify the page URL
Enter the full URL of the page you're analyzing, including the https:// protocol. This format reduces the likelihood of errors and clearly identifies the address from which you need to retrieve data.
If you need to check another language section, product page, or individual article, please specify its final URL. This is especially important for sites where similar pages exist in multiple languages or subdomains.
Run Link Extraction
Once launched, the URL link extractor retrieves the HTML pages and searches for available links. Processing time depends on the document size, the server response, and the technical method by which the page delivers its content.
When checking, don't automatically assume the found URL is working. Extraction indicates the presence of a link in the document, while checking availability, redirects, and HTTP status may require a separate request.
Check the found URLs
Start by separating the results into internal and external URLs. Then look for anchor text, duplicate URLs, parameters, and navigation directions that appear atypical for the page being analyzed.
This type of browsing often helps spot old pages, temporary URLs, or links to the wrong domain. For large documents, it's more convenient to additionally filter or sort the results.
Filter or export results
If the service supports filters, you can display internal, external, or other types of links separately. With a large number of results, this is faster than manually reviewing a long list.
Exporting links to CSV is convenient for further work in spreadsheets and SEO tools. The list of URLs can be used to check HTTP codes, redirects, broken links, or for preparing technical tasks.
What we actually did
Dental clinic · Kyiv and Chernihiv
+44% clicks from search
A domain with no history on a website builder. We built the semantic core for both cities, reworked the landing pages and built the link profile from zero. Four months: 34.8k clicks, impressions 1.32 → 1.76M, DR 0 → 41.
E-commerce · international
+96% clicks in two months
A catalog of digital 3D models. We clustered the semantics, rebuilt the hub pages and closed duplicates and indexing errors. Google users 247 → 532, CTR 2.4% → 4%.
Medical center · Ukraine
+68.75% visibility in the first month
Narrow visibility and a small semantic core at the start. Semantics, landing page structure, metadata and internal linking, then gradual link building.
Answers to your questions
What is Link Extractor?
Link Extractor collects URLs found in the HTML of the web page being analyzed. Instead of manually searching through the source code, users receive a ready-made list of links and can quickly begin checking them.
Depending on the service, the result also contains anchors, link type, and rel attributes. Advanced tools also support filtering and data export.
How to extract all links from a website page?
Enter the full page URL and start processing. The extractor will retrieve the accessible HTML and generate a list of found addresses.
After this, separate internal and external links, check anchors, and highlight suspicious URLs. HTTP codes and redirects may require separate technical verification.
Is it possible to extract all links from a website entirely?
A full website requires a crawler that sequentially crawls the domain's available pages. A single-page extractor only retrieves links from a specified document and is not a substitute for a full site scan.
Before beginning the audit, determine the required scale. For a single landing page, a page analysis is sufficient, but migrating a large site will require a full domain scan.
How are internal links different from external ones?
Internal links lead to documents on the same site and are used for navigation and interlinking. External URLs take the user to another domain.
During an SEO audit, both groups are checked separately. For internal sites, the site structure is important, while for external sites, the relevance of the third-party resource is additionally checked.
Does Link Extractor show nofollow links?
If the tool displays the value of the rel attribute, nofollow links can be identified directly in the results. Similarly, sponsored and ugc attributes can be seen when they are present in the source markup.
The URL itself remains a regular link. The difference lies in the additional attribute that conveys information to the search engine about the nature of the transition.
Is it possible to extract URL from HTML code?
Yes, the HTML parser extracts values from elements containing links, primarily from the href attribute. This provides more accurate results than searching for strings that visually resemble URLs.
The set of URLs found depends on how the page is loaded. Links added only by JavaScript after rendering may not be present in the original HTML.
Does the extractor see links created by JavaScript?
A simple HTML source parser may miss elements that appear only after JavaScript execution. This requires processing the page in an environment where scripts are executed before DOM parsing.
Therefore, the results must be evaluated taking into account the website's technology. For fully client-side applications, the rendering method is especially important.
Is it possible to export found links?
If the service supports export, the list can usually be saved as a CSV file or copied for further processing. This is convenient for large numbers of URLs and teamwork.
It's advisable to include not only the URL but also the link type, anchor text, and rel in the download. This data set speeds up subsequent SEO audits.
What is Link Extractor used for in SEO?
The tool is used to analyze internal links, outgoing URLs, and anchors on a specific page. It also helps prepare a list of URLs for checking redirects, HTTP codes, and broken links.
For regular audits, the extractor is convenient to use after template and content changes. Comparing the results helps quickly spot accidentally removed or added transitions.
Related services
External links checker
Check a page's external and outgoing links online: URLs, anchors, HTTP statuses, nofollow, sponsored, and UGC. Find broken and problematic links.
Link anchor analysis
Online link anchor analysis: check anchor text, the distribution of anchor and non-anchor links, anchor types, and potential link spam in your link profile.
Link Extractor helps you quickly extract links from a specific web page and prepare them for further analysis. Particularly useful for SEO are internal and external URLs, anchor text, rel attributes, and the ability to export the found data.
Enter the page address and run the analysis. Once you have the list, check the traffic structure, highlight suspicious URLs, and submit them to tools for checking HTTP codes, redirects, and broken links.
We reply within one business day. No newsletters, no “just a reminder” calls.
He will look at the site himself instead of passing it to a manager.
More on: Link Extractor – Extract all links from a page
What links can be extracted from the page?
A page can contain different types of transitions, so a single general list isn't always convenient for analysis. A website link extractor is more useful when the results can at least distinguish your domain's URLs from those of third-party sites.
When checking, it's also important to consider the link's purpose and its placement within the document. Navigation, product cards, text content, footer, and utility blocks may contain different URL groups.
Internal links
Internal links lead to pages on the same site and contribute to navigation. They help search engines find documents, and users navigate between related sections without additional searching.
An SEO audit examines not only the number of such links but also their purpose. Duplicate links may be a normal part of the menu, while random links to old URLs require separate verification.
External links
External links point to another domain and are often used to reference sources, partners, social networks, or third-party services. They should be checked periodically, especially on pages that haven't been updated in a while.
After a few years, a third-party URL may stop working or be redirected to another resource. A list of outgoing links helps detect such cases more quickly and submit suspicious URLs for further review.
Anchor links
Anchor text shows the user where the link will lead and helps search engines understand the context of the linked page. Therefore, when auditing, it's helpful to consider the link text alongside its actual URL.
Particular attention should be paid to identical anchors that link to different pages and to uninformative wording. However, anchors should be evaluated based on the specific block and page's purpose, not in isolation from the context.
Links without text anchor
Not every link contains plain text between HTML tags. The link may be set to an image, icon, logo, or other interactive element, so the text field is sometimes left empty.
An empty anchor text by itself doesn't indicate a technical error. When analyzing, consider the element's markup, the image's alt text, the purpose of the transition, and how clear its action is to the user.
Special links
In addition to standard HTTP and HTTPS addresses, the document contains mailto:, tel:, and local links using #anchor. These are used to send emails, make phone calls, or navigate to a specific part of the page.
When performing technical verification, it's best to separate these values from regular URLs. They shouldn't be evaluated by the same rules that apply to web pages and standard HTTP response codes.
Dofollow, nofollow, sponsored and UGC
When analyzing HTML, it's helpful to look at the rel attribute of each link. It may contain additional instructions for search engines and browsers that can't be determined from the visible transition text alone.
The presence of a specific attribute should be assessed based on the origin of the link. Links in editorial content, advertising, and user-generated content serve different purposes and may require different rel values.
What does rel="nofollow" mean?
rel="nofollow" tells search engines that a link has special treatment and is used in situations where the page owner does not want to convey the standard signal of a regular editorial link.
During an audit, the presence of nofollow is checked along with the URL assignment. Accidentally setting the attribute on important internal links and deliberately using it for specific external links require completely different assessments.
What do rel="sponsored" and rel="ugc" mean?
The "sponsored" value is used for links associated with advertising or commercial placements. The "UGC" value is used for links from user-generated content, such as comments or posts from community members.
These attributes help more accurately describe the origin of the click. Online link extractor allows you to quickly detect such links if the service displays rel values next to each URL found.
Should I look for dofollow in HTML?
Standard HTML typically doesn't require a separate rel="dofollow" attribute. A regular link without restrictive rel values is considered standard, so there's no need to specifically look for the word "dofollow" in the markup.
When checking, it's best to look at the actual link attributes. This approach reduces the risk of misclassification and helps understand what instructions are actually being passed to the search engine.
What data is important to check after extracting links?
It's best to review the parsing results sequentially, starting with the destination address and link type. Then, you can move on to the anchors, attributes, and technical accessibility of the retrieved pages.
For convenience, the data can be presented in a table. This format helps quickly determine which parameters are already available in Link Extractor and which require a separate tool.
| Data | What to check | For what |
|---|---|---|
| URL | Destination address and domain | Find erroneous, old, and third-party transitions |
| Anchor text | Link text | Check the clarity and relevance of the destination page |
| Internal / external | Transition type | Separate internal linking and outgoing links |
| rel | nofollow, sponsored, UGC | Check additional guidelines for search engines |
| HTTP status | 200, 3xx, 4xx | Find redirects and unavailable pages |
| CSV | Export possibility | Continue bulk checking in a spreadsheet or other service |
After reviewing the table, suspicious URLs should be checked separately. This especially applies to links with parameters, old URLs after migration, and links to third-party domains.
Destination URL and domain
The first step is to determine where each link leads. An internal address typically refers to the current domain, while an external address takes the user to another site.
It's also helpful to check the subdomain and protocol. Sometimes, after migration, references to a test subdomain or the old HTTP version of a page remain in the code.
Anchor text
Anchor text helps users understand the purpose of a transition even before opening the URL. For informational and commercial pages, it's best to use clear wording that relates to the destination page's content.
However, identical link text may be appropriate in a menu but undesirable within the main content. Therefore, anchors should be evaluated based on their placement and function.
The rel attribute
The rel attribute should be analyzed in conjunction with the link type and content origin. The values nofollow, sponsored, and UGC serve different purposes, so replacing one attribute with another without context typically creates new errors.
For internal links, it's also useful to look for unintentional restrictions. If an important page on the site receives traffic with an undesirable attribute, it's time to check the template or CMS settings separately.
HTTP response code
If the tool checks HTTP codes, pay special attention to 3xx and 4xx responses. A redirected link may still work for the user, but a direct final URL is usually preferable for internal linking.
A 404 response indicates an unavailable page and requires verification of the cause. However, the HTTP status cannot be determined solely from the HTML of the source page, so the service must separately access the retrieved URL.
Link Extractor and JavaScript links
The result depends on the document the tool is analyzing. When reading the raw HTML, it will see links already present in the server response, but may miss elements created only after JavaScript execution in the browser.
This is especially noticeable in applications with active client-side rendering. Therefore, when comparing the results of different services, it's important to first understand whether they work with the source code or the finished DOM after script execution.
Does Link Extractor see links created by JavaScript?
If a link appears only after a client-side script has been executed, a standard HTML parser may not be able to retrieve it. For such pages, a tool that runs JavaScript and parses the document after rendering is required.
When testing a website, it's a good idea to compare the results with what's actually displayed in the browser. This difference is especially important for navigation, filters, dynamic catalogs, and web application interfaces.
How does the original HTML differ from the rendered DOM?
The initial HTML comes directly from the server and is available before client-side scripts are executed. The browser's DOM may change after JavaScript runs, data loads, and user interactions.
Because of this, two versions of the same page sometimes contain different sets of elements and links. For technical SEO, the rendering method must be taken into account when checking indexing, navigation, and internal links.
SSR and client-side rendering
With server-side rendering, or SSR, the primary markup is generated on the server and arrives to the browser along with the content. Search engines and regular HTML parsers receive most of the important elements immediately.
In client-side rendering, some content is generated by JavaScript after the page has loaded. If links only exist at this stage, a simple HTML source extractor may not display them.
Link Extractor for SEO Audit
In SEO, a list of URLs is useful as a source material for further checks. It helps quickly see the navigation structure of a specific page without manually searching for each element in the source code.
The best results are achieved by performing a sequential check: first URL extraction, then classification, and finally technical analysis of the retrieved addresses. This order reduces the risk of mixing up different types of errors.
Checking the internal link structure
Internal linking is checked based on destination URLs, anchor text, and link placement. Of particular interest are transitions between logically related pages and links to priority site sections.
If the same URL is repeated in the menu, breadcrumbs, and footer, it's not necessarily a problem. What matters is the reason for the repetition and the role of each element in the navigation.
Finding erroneous and redundant links
The list may contain test domains, old pages, extra GET parameters, or links to outdated versions of documents. These URLs should be highlighted and checked separately.
After this, it's useful to run a redirect checker or broken link checker. They will show whether the page responds directly, redirects the user, or returns an error.
Checking links before publishing a page
Before publishing a long piece, it's helpful to check all added links together. This reduces the likelihood of leaving a draft address, an incorrect domain, or a link to a deleted page in the text.
This check is especially useful for reviews, commercial landing pages, and materials with many sources. It can be repeated after subsequent updates to monitor changes.
Page Link Parser vs. Link Extractor – Is There a Difference?
In user queries, the terms "page link parser" and "link extractor" often describe the same task: extracting a list of URLs from HTML or a web page. Therefore, there's usually no clear distinction between the terms.
The difference lies in the functionality of the specific service. A simple extractor can only collect the href, while an advanced parser also displays anchors, rel, link type, HTTP code, and export options.
How to use Link Extractor results?
Once extracted, the data can be checked directly in the interface or transferred to other tools. The choice depends on the number of URLs and the task that needs to be accomplished after the initial analysis.
For a few dozen links, browsing and filtering is often sufficient. For hundreds of addresses, it's more convenient to export the results and continue working in a table.
Copy URL list
Copying is suitable for small samples that need to be quickly shared with a colleague or verified in another service. It's best to save not only the addresses but also the associated anchors, if such data is available.
When re-checking, the same list can be compared with the new version of the page. This approach is convenient after a redesign, transfer, or template changes.
Export data
CSV is suitable for bulk link management, as the file can be easily opened in a spreadsheet and expanded with custom columns. For example, you can add the final URL, HTTP code, comment, and solution for each problematic link.
Exporting is also convenient for communicating results to the developer. Instead of a long message, they receive a structured list with specific links and comments.
Submit links to other SEO tools
After extracting the URL, you can submit it for inspection for broken links, HTTP codes, and redirect chains. For internal pages, it's also useful to check the canonical, meta robots, and indexability.
This process separates data collection and diagnostics. Link Extractor is responsible for extracting links, while specialized tools check specific technical parameters.
Who can benefit from Website Link Extractor?
Website Link Extractor is suitable for anyone who regularly works with web page structure and navigation. Technical expertise is secondary, as the task itself boils down to obtaining and validating a comprehensible list of URLs.
The difference lies in the subsequent use of the results. An SEO specialist evaluates interlinking, a developer searches for errors after the release, and a content manager checks links before publishing the material.
For SEO specialists
An SEO specialist can quickly collect internal and external links of a specific page, check the anchor text and determine the URL for further technical analysis.
This check is especially useful after changing the structure of a section or template. It helps quickly compare actual traffic with the expected linking scheme.
For developers
The extractor helps developers verify the results after migration, menu changes, or page component updates. The list of URLs shows which transitions are actually present in the final markup.
If there are discrepancies, you can quickly find the source of the problem in the template or CMS data. This is especially convenient when a single component creates dozens of links automatically.
For content managers
Before publishing an article or landing page, you can collect all URLs and check their purpose. This approach helps identify draft links, incorrect anchors, and accidental links to old content.
After updating the content, it's worth repeating the check. This takes less time than opening each link sequentially directly on the page.
For website owners
A website owner doesn't need to understand the source code to get a list of links. Simply paste the page address and see where the main links lead.
If unknown domains or old pages are found among the results, the list can be passed on to a developer or SEO specialist. This significantly simplifies the task at hand.
Extract links from a page online
Online link extractor is great for quickly checking URLs without manually searching the HTML code. Paste the desired page address, run the analysis, and view internal, external, and other links found.
After checking, use the results to audit interlinking, find outdated URLs, and perform further technical diagnostics. Run Link Extractor to get a list of links on the page being analyzed.