Identify the task behind the query
Crawler excavator supplier is a supplier-selection query. Cat 320 digging depth checks a technical requirement. Cat 320 price can lead towards a budget and quotation. A category explains the range and business, a model page supplies configuration and documents, and quotation guidance explains the information needed. Navigation and body links let readers move between them.
A keyword plan combines the product, target country, language, purchasing task, destination and missing material. Its 200 terms are grouped into content subjects; related specifications, configuration and price questions can share a useful page. Research also examines the ranges, model material and entry pages of 2–3 competitors.
Read the configuration notes when comparing models
Caterpillar’s US pages list operating weights of 22,600 kg for the 320 and 25,000 kg for the 323. Their working-range data gives maximum digging depths of 6,720 mm and 6,730 mm with a 5.7 m Reach boom and 2.9 m stick. Weight and working-range tables have their own configuration notes; the 323 bucket conditions differ between those entries and belong beside the relevant figures.
A useful specification table identifies the field, unit and document configuration. Excavation, foundation work and loading then require the applicable depth, reach, bucket and transport information from the business’s technical team. An application article explains those relationships and links the models actually supplied.
Let a model page complete a document check
The page opens with the model and use, followed by specifications and configuration, working-range diagrams, site photographs, transport information, attachments and literature. Image text explains the machine, action and conditions. Titles and descriptions identify the content. Buyers should be able to read the table on a phone, identify download versions and enquire with the model already attached.
Related models need meaningful comparisons and links. A Cat 320/323 article should explain the information needed for a decision and link the manufacturer material. Own-brand pages use the company’s specifications, documents and genuine application evidence.
Turn price searches into quotation preparation
Quotation content covers condition, configuration, attachments, spares, destination, transport and trade terms. A model-price query should lead to the information needed for a comparable offer: quantity, market, application, timing and options. Published prices identify currency, configuration and validity. Project quotations provide a clear document-request and sales-response process.
Use complete prompts to test the information available
A search can be as short as digging depth; a purchasing prompt combines the task and commercial requirements. When observing ChatGPT, Gemini or Google AI Overviews, record the sources, retained specification conditions, configuration mix-ups and further checks suggested. Then inspect whether the corresponding material is available on your pages.
Observations retain the date, language, region and mode. Questions follow actual sales conversations, and the page answers them with the company’s technical evidence. Answer observations and referral visits remain separate measurements.
Develop four social subjects from the model material
Four monthly posts can explain working-range diagrams, a loading or excavation task, quotation preparation, and attachments or maintenance. Facebook uses real photographs with accessible technical detail; LinkedIn adds procurement and project context. The posts produce 8 placements across both platforms. Each links to the relevant model or article and retains a source tag.
Keep the context needed by sales
Overseas buyers arrive through model searches, application articles, AI sources or social links. The enquiry retains the page and language and asks for application, country and purchasing plan. Sales records fit with the available range and technical information still needed. Reports connect page-level search clicks, visits and enquiries; repeated questions guide the next changes.
An equipment company searching for excavator website SEO or model-page optimisation can use this article to evaluate the work, then view our excavator approach or Google SEO service and submit its URL and priority models.
Model specifications and content example
These published specifications illustrate product-information work. Client projects use their actual models and configurations.
| Brand and model | Specification | Published value |
|---|---|---|
| Caterpillar 320US / Tier 4 / Stage VManufacturer source | Operating weight | 22,600 kg |
| Maximum digging depth | 6,720 mm | |
| Maximum reach at ground level | 9,860 mm | |
| Bucket digging force, ISO | 141 kN | |
| Caterpillar 323US / Tier 4 / Stage VManufacturer source | Operating weight | 25,000 kg |
| Maximum digging depth | 6,730 mm | |
| Maximum reach at ground level | 9,870 mm | |
| Bucket digging force, ISO | 140 kN |
Caterpillar 320：Working ranges use the 5.7 m Reach boom and 2.9 m stick; weight follows the specified track, bucket and counterweight configuration. Reference for earthmoving, excavation and loading content; connect stick configuration to working-range diagrams and transport dimensions.
Caterpillar 323：Working ranges use a 5.7 m Reach boom and 2.9 m stick. The weight note and working-range table use different buckets and must not be combined into one configuration. Reference for excavation and bulk material-handling content, connecting radius, bucket choice, material and truck-loading requirements.
Sources checked: 2026-09-21 · Published models illustrate specification and content work. Client projects use the models and documents in the client’s actual range.
Public specifications and their page context
| Field | Caterpillar 320 | Caterpillar 323 | Context to publish |
|---|---|---|---|
| Operating weight | 22,600 kg | 25,000 kg | Retain each model’s weight configuration note |
| Maximum digging depth | 6,720 mm | 6,730 mm | 5.7 m Reach boom and 2.9 m stick; show the corresponding diagram |
| Maximum reach at ground level | 9,860 mm | 9,870 mm | Explain the field against the working position |
| Bucket digging force, ISO | 141 kN | 140 kN | Keep the standard name and check the bucket configuration |
Mapping queries to pages
| Example query | Intent | Page content | Next action |
|---|---|---|---|
| crawler excavator supplier | Supplier selection | Range, models, company capability and support areas | Inspect models or enquire about availability |
| Cat 320 digging depth | Working-range check | Model range and configuration notes | Supply the application |
| Cat 320 vs 323 | Candidate comparison | Conditional comparison and documents | Describe the work and options |
| Cat 320 price | Budget and quotation | Configuration, condition, trade terms and required material | Supply destination, quantity and timing |
| excavator website SEO | Equipment business seeking support | This article, excavator approach and SEO service | Submit company website and models |
A monthly social plan from model information
| Topic | Image or document | Destination |
|---|---|---|
| Working range | Manufacturer or company-owned diagram and explanation | Model specifications and configuration |
| Application | Confirmed excavation or loading photography and context | Application article and models |
| Quotation preparation | Publishable options and ordering material | Quotation guidance or enquiry |
| Attachments and maintenance | Supplied attachment, connection or service-part photographs | Parts and fitment content |
Execution sequence and deliverables
| Stage | Work | Output |
|---|---|---|
| Week 1 | Collect core model literature, sales questions, existing queries and enquiries; identify versions. | Product evidence and search baseline |
| Week 2 | Research queries and 2–3 competitors; plan model, comparison and quotation content. | Keyword-page map and prompts |
| Weeks 3–4 | Publish initial model and buying content; check figures, language, links and enquiries. | Usable pages and source capture |
| Monthly | Publish 4 posts in 8 placements and review searches, visits and enquiries. | Report and next information tasks |
| Quarterly | Use sales feedback to assess buying-question coverage and priorities. | Quarterly page plan |
Purchasing prompts and page work
I am comparing the Caterpillar 320 and 323 for earth excavation and truck loading. Check operating weight, digging depth and ground-level reach from the US manufacturer pages, explain the boom and stick configurations, and list further bucket, transport and site information needed. Provide sources.
Observe: Does it distinguish the configuration notes for weight and working range and retain units and sources?
Content required: Model tables, configuration notes, working-range diagrams, transport material and application questions.
When requesting an overseas quotation for a 20–25 tonne excavator, how should I describe condition, boom and stick, bucket and attachments, emissions version, destination and delivery date so the proposals can be compared?
Observe: Does the answer produce usable quotation inputs connected to the equipment and conditions?
Content required: Configuration and quote-preparation material, availability, document submission and sales follow-up.
Common questions
How many keywords should a model article contain?
Select terms around the task it helps the buyer complete. Related model, specification and configuration questions can share a page with clear headings. Avoid repeating variations unsupported by additional information.
Can English SEO content start from Chinese literature?
Yes. We organise the original technical information, then confirm English terminology, units, configuration and image descriptions. The English page must remain traceable to the same document version.
References: Caterpillar 320 — manufacturer specifications / Caterpillar 323 — manufacturer specifications