Crawler Mobile Cone Crushing Station – Track-Mounted Cone Crusher Plant

Introduction

Buyers researching a Crawler Type Mobile Cone Crushing Station are usually comparing suppliers, checking technical specifications, and preparing to send a purchase inquiry for a mining, quarrying, or infrastructure project. A track-mounted cone crusher plant combines the shaping performance of a cone crusher with the site mobility of a crawler chassis, so it can move between crushing positions without a separate trailer. This guide explains how the equipment works, what specifications to check before ordering, and how it compares with wheeled and fixed crushing plants, giving procurement teams and project engineers the practical information needed before contacting a manufacturer.

What Is a Crawler Type Mobile Cone Crushing Station?

A Crawler Type Mobile Cone Crushing Station is a self-propelled crushing plant that mounts a cone crusher on a heavy-duty crawler, or track, undercarriage. Unlike a stationary crushing plant built on a fixed foundation, it can travel on its own tracks across rough or uneven ground where wheeled equipment struggles to move safely. The cone crusher unit handles secondary and tertiary crushing of hard, abrasive materials such as granite, basalt, river stone, and ore, producing a well-shaped, consistent final product. Because the whole crushing station rides on tracks, operators can reposition it within a quarry or job site in minutes rather than hours, reducing downtime between crushing stages and cutting the number of support vehicles needed on site.

How Does a Track-Mounted Cone Crusher Plant Work?

A track-mounted cone crusher plant processes material in three stages: feeding, crushing, and discharge.
  • Material is fed into the crushing chamber through a vibrating feeder, which controls flow rate and screens out fine material before it reaches the crusher.
  • Inside the cone crusher, an eccentric rotating mantle compresses rock against a fixed concave, breaking it down through repeated compression cycles rather than impact.
  • Crushed material exits on a discharge conveyor, often paired with a Screening Station to separate output sizes and return oversize material for further crushing.
The entire unit runs on a diesel or diesel-electric power pack, which also drives the hydraulic system that powers the crawler tracks, hopper folding, and conveyors.

Key Features of Changyu's Crawler Mobile Cone Crushing Station

 
  • Multi-cylinder hydraulic cone crusher for high-capacity secondary and tertiary crushing
  • Self-walking crawler chassis for job-site-to-job-site mobility without a low-bed trailer
  • PLC-based automatic control system for load monitoring and start/stop sequencing
  • Automatic overload protection to prevent damage from tramp metal or oversize feed
  • Configurable crushing chamber (coarse, medium, or fine cavity) to match target output size
  • Wear-resistant mantle and concave options selected according to rock hardness
  • Compatible with an optional Jaw Crusher unit for a two-stage mobile crushing line
  • Remote or wireless control for chassis movement during relocation

Technical Specifications & Capacity (TPH, Feed Size, Output Size)

The table below shows typical performance ranges for a crawler type mobile cone crushing station depending on the crushing chamber fitted:

Model Reference	Feed Size (mm)	Output Size (mm)	Capacity (TPH)
Coarse cavity	≤ 210	10 – 50	80 – 180
Medium cavity	≤ 150	5 – 35	70 – 160
Fine cavity	≤ 90	3 – 20	60 – 140

 
Buyers should confirm exact figures with the factory, since feed size, output size, and capacity vary by cone crusher model and the chamber configuration selected for the project.

Cone Crusher Configuration: Multi-Cylinder Hydraulic System

The core crushing unit on Changyu's crawler plant uses a multi-cylinder hydraulic Cone Crusher, a design chosen for its ability to handle hard, abrasive rock at high output while keeping the product shape consistent. The hydraulic cylinders allow the crusher's discharge setting to be adjusted without stopping the machine, which is useful when switching between aggregate grades on the same site. Hydraulic clearing also lets operators release the crushing chamber quickly if uncrushable material, such as tramp iron, enters the chamber, protecting the mantle and concave from damage.

Crawler Chassis Advantages: Mobility, Terrain Adaptability & Self-Walking

  • Moves independently across soft, muddy, or sloped ground where wheeled units cannot travel safely
  • Eliminates the need for a separate low-bed trailer to move between crushing positions on the same site
  • Distributes ground pressure over a wide track surface, reducing soil disturbance on sensitive project sites
  • Self-walking function lets one operator reposition the plant using cab or remote controls
  • Shortens set-up and relocation time between quarry benches, demolition zones, or construction phases

Applications: Mining, Quarrying, Aggregate & Construction Waste Recycling

A Crawler Type Mobile Cone Crushing Station is commonly used in:
  • Open-pit mining and ore processing, where crushed rock feeds downstream grinding or screening circuits
  • Quarrying of granite, basalt, limestone, and other hard rock for aggregate production
  • Road, highway, and infrastructure construction, producing base and sub-base aggregate near the project site
  • Construction and demolition (C&D) waste recycling, turning concrete and masonry rubble into reusable aggregate
  • Sand and aggregate production lines, where the cone crusher works alongside a mobile screening station and mobile sand making machine for finer output grades

Crawler-Type vs. Wheeled/Tire-Type Mobile Cone Crusher: Which Is Better?

Neither configuration is universally better. The right choice depends on ground conditions, how often the plant needs to move within a site, and how it will travel between projects. The table below compares the two options on the factors buyers usually ask about:

Factor	Crawler-Type Mobile Cone Crusher	Wheeled/Tire-Type Mobile Cone Crusher
Ground conditions	Soft, muddy, sloped or rocky terrain	Firm, level ground or paved sites
Relocation within site	Self-walking, minutes between positions	Needs a tow vehicle to reposition
Highway transport	Requires a low-bed trailer	Can be towed directly on public roads
Ground pressure	Lower, spread across tracks	Higher, concentrated on tires
Best suited for	Mining, quarrying, rough job sites	Frequent road moves between sites

 
Crawler units suit rough terrain and frequent in-site repositioning, while wheeled units suit sites with good roads and longer highway transport between jobs. Some buyers operate both types across different projects rather than choosing one exclusively.

Crawler Mobile Cone Crushing Station vs. Fixed Cone Crushing Plant

A fixed plant is installed on a concrete foundation and stays in one location, which can suit a permanent quarry with a long mine life. A crawler mobile cone crushing station, by comparison, gives buyers the flexibility to follow the material, moving with the mining face, relocating between project sites, or supporting several short-term contracts with one machine. For contractors handling multiple projects per year, the mobile option generally reduces the total number of machines needed and shortens setup time at each new site, though a fixed plant can still offer a lower cost per ton on a single long-term site with stable production volumes.

Core Components: Hydraulic System, PLC Control & Automatic Overload Protection

  • Hydraulic system: powers the cone crusher's setting adjustment, chamber clearing, crawler tracks, and hopper folding for transport
  • PLC control cabinet: monitors crusher load, feeder speed, and conveyor status, and can alert or stop the line automatically if a fault is detected
  • Automatic overload protection: releases the crushing chamber when uncrushable material is detected, preventing damage to the mantle and concave
  • Diesel or diesel-electric power unit: sized to match the crusher model and rated capacity
  • Optional dust suppression and centralized lubrication to reduce daily maintenance workload

Why Choose a Crawler Mobile Cone Crusher for Secondary & Tertiary Crushing?

Cone crushers are generally the preferred choice for secondary and tertiary crushing stages because they produce a well-shaped product with fewer flat or elongated particles than impact crushers when processing hard, abrasive rock. Mounting the cone crusher on a crawler chassis adds the ability to move the crushing stage closer to the material source, cutting haul distances for primary-crushed rock. This combination suits contractors and quarry operators who need consistent aggregate grading without building a fixed plant, and who value the option to redeploy the equipment to a new project once the current job is finished.

Maintenance & Service Life of Track-Mounted Cone Crusher Plants

 
  • Check hydraulic oil level and filter condition on the schedule set out in the operation manual
  • Inspect the mantle and concave for wear, and rotate or replace them before wear affects product shape
  • Grease crawler track components and check track tension regularly, especially after operating on abrasive or rocky ground
  • Keep the PLC control cabinet clean and dry, and verify sensor calibration during scheduled service
  • Follow the recommended engine service intervals to protect the power unit's working life
With correct operation and scheduled maintenance, a well-built crawler cone crushing station is designed for many years of production use. Actual service life depends on material hardness, daily operating hours, and how closely the maintenance schedule is followed.

Crawler Mobile Cone Crushing Station Price & Cost Factors

The price of a Crawler Type Mobile Cone Crushing Station depends on several factors:
  • Cone crusher model and rated capacity (TPH)
  • Chassis size and crawler undercarriage specification
  • Level of automation, such as PLC control, remote monitoring, or wireless chassis control
  • Optional equipment, including an integrated screening station or a secondary jaw crusher stage
  • Shipping method (containerized or breakbulk) and destination port
Because configurations vary by project, buyers should share their material type, required output size, and target capacity with the factory to receive an accurate quotation rather than relying on a general price range.
When comparing suppliers, it also helps to ask a few direct questions: what wear-part material is used in the mantle and concave, whether the crushing chamber can be swapped for a different output size, and what the machine's rated capacity range is rather than a single peak figure, since real-world output depends on material hardness and moisture content. Confirming after-sales support, spare parts lead time, and the availability of technical documents in your language before signing a contract helps avoid delays once the equipment is in operation.

Global Case Studies: Crawler Cone Crushing Stations in the Middle East & Africa

Changyu Machinery's crushing and hydraulic breaker products are exported to countries and regions along the Belt and Road Initiative, with reported export coverage above 95% in these markets, supporting infrastructure and mining projects across the Middle East and North Africa. The company also operates a logistics management center in Riyadh, Saudi Arabia, to support regional delivery and after-sales coordination. Buyers in the Middle East and Africa evaluating a crawler mobile cone crushing station for a specific project can request configuration references and delivery lead times directly from the factory before finalizing their technical requirements.

Frequently Asked Questions About Crawler Mobile Cone Crushing Stations

1. What is the difference between a crawler mobile cone crushing station and a mobile crushing station in general?

"Mobile crushing station" is the broader category covering all self-propelled crushers, including jaw, impact, and cone types on either crawler or wheeled chassis. A crawler mobile cone crushing station specifically uses a cone crusher mounted on tracks, making it suited to secondary and tertiary crushing of hard rock on rough terrain.

2. Can the crawler cone crusher work together with a jaw crusher?

Yes. Many buyers pair a crawler Jaw Crusher for primary crushing with a crawler cone crusher for secondary and tertiary crushing, connecting the two stations with a conveyor to build a complete mobile crushing line.

3. What materials can this equipment process?

It is designed for hard and abrasive materials such as granite, basalt, river stone, and ore, as well as construction and demolition waste for recycling into aggregate.

4. Does Changyu offer customization for different output sizes?

Yes. Output size and configuration can be adjusted based on the cone crusher chamber selected and the downstream screening setup. Buyers should specify a target output size, for example 0-5mm, 5-10mm, or 10-20mm, when requesting a quotation.

5. What export support is available for overseas buyers?

Changyu supports international buyers with product specifications, shipping documentation, and technical guidance for installation. Contact the sales team directly through the Hydraulic breaker and crushing station product pages, or the contact page, for shipping options to your country.

6. How do I request a quotation or technical documents?

Contact Changyu Machinery through the company's CONTACT page with your material type, required capacity, and destination country, and the team will follow up with configuration options and pricing.

Conclusion

A Crawler Type Mobile Cone Crushing Station gives mining companies, quarry operators, and infrastructure contractors a flexible way to produce shaped, consistent aggregate without the cost and downtime of building a fixed plant. Pairing the cone crusher with a self-walking crawler chassis means the equipment can follow the work, whether that means moving across a mine site, relocating between projects, or reaching ground that wheeled machines cannot.
If you are comparing suppliers or preparing a technical inquiry, contact Changyu Machinery through our CONTACT page for detailed specifications, a project-based quotation, customization options, and export support tailored to your target market.