A jaw crusher is a heavy-duty machine that crushes large rocks and ores into smaller pieces through compression between a fixed jaw plate and a moving jaw plate. In Indonesia, jaw crushers are commonly used to process andesite, granite, basalt, limestone, and river stone for quarrying, mining, road construction, and aggregate production. ANDAMINE offers 3 types of jaw crushers for primary crushing, large-scale rock processing, and applications requiring smaller feed sizes and finer output, helping Indonesian quarry operators, mining businesses, and contractors choose suitable equipment for their production needs.
Choosing between APJ-E, APJ-V, and APJ-X jaw crushers depends on your feed material, crushing stage, and target aggregate size. For Indonesian quarry and road construction projects, the key differences lie in their design, discharge adjustment, and role in the crushing line. The comparison below highlights their advantages and limitations to help you identify the right model for your production needs.
| Comparison Factor | APJ-E Standard Jaw Crusher | APJ-V European-Type Jaw Crusher | APJ-X Small Jaw Crusher |
|---|---|---|---|
| Primary Role | Primary crushing of raw rock. | Primary crushing of raw rock, particularly where hydraulic discharge adjustment is beneficial. | Further crushing of pre-crushed rock. |
| Key Design Difference | Standard jaw crusher configuration. | Hydraulic wedge discharge adjustment for easier setting changes. | Designed for further size reduction of pre-crushed material. |
| Main Advantage | Suitable for conventional quarry operations and primary crushing. | Simplifies discharge-setting adjustments through a hydraulic wedge system. | Supports additional size reduction in multi-stage crushing lines. |
| Main Limitation | May require secondary crushing to produce smaller aggregates. | Hydraulic components require appropriate inspection and maintenance. | Requires feed material within the selected model’s limits and cannot directly replace a large-feed primary crusher. |
| Role in Aggregate Production | Reduces raw rock before secondary crushing and screening. | Performs primary crushing before downstream aggregate processing. | Reduces pre-crushed material before the next processing stage. |
| Additional Equipment Needs | A secondary crusher may be needed to meet smaller aggregate specifications. | Downstream crushing may be needed to achieve the target aggregate sizes. | Requires upstream crushing to prepare suitably sized feed material. |
| Maintenance Considerations | Monitor jaw plate wear, lubrication, and discharge settings. | Monitor jaw plate wear, lubrication, and hydraulic adjustment components. | Monitor jaw plate wear and ensure consistent, correctly sized feed. |
| Best-Fit Project in Indonesia | Andesite or limestone quarries requiring conventional primary crushing. | Hard-rock quarries processing abrasive materials where hydraulic adjustment is beneficial. | Aggregate production lines requiring further reduction of pre-crushed rock. |
The APJ-E Standard Jaw Crusher is designed for primary crushing in Indonesian quarries and aggregate plants. It processes suitable rocks such as andesite, basalt, granite, and limestone before secondary crushing and screening. With multiple models available, it helps quarry operators match feed size and crushing capacity to their aggregate production targets.
The APJ-V European-Type stone jaw crusher for sale is designed for demanding crushing operations that require a large feed opening and high processing capacity. It is an option for Indonesian quarries and mining projects handling large quantities of suitable hard rock. Check each model’s maximum feed size and rated capacity to determine whether it can meet your production target and downstream processing requirements.
The APJ-X Fine Jaw Crusher is designed for applications requiring smaller feed sizes and finer discharge settings than many large primary jaw crusher machines. It can be considered for Indonesian aggregate production and construction projects that need a smaller crushing stage. Compare the model’s feed size, capacity, and discharge range with your target aggregate specifications before selecting a machine.
Choosing the right mesin jaw crusher specifications directly affects your project cost, output quality, and operational stability. In Indonesia, material hardness, feed size, and project scale vary widely — from small local quarries to large infrastructure works. Compare the spesifikasi jaw crushers of our APJ-E, APJ-V, and APJ-X series below to find a model that matches your material, production target, and site requirements.
| Model | Inlet Size (mm) | Max Feeding Size (mm) | Outlet Size (mm) | Capacity (t/h) | Power (kW) | Overall Size (L×W×H, mm) | Weight (t) |
|---|---|---|---|---|---|---|---|
| APJ-2540E | 250×400 | 210 | 20-80 | 5-20 | 15 | 1450×1315×1296 | 2.8 |
| APJ-4060E | 400×600 | 340 | 40-100 | 16-60 | 30 | 1565×1732×1588 | 6.7 |
| APJ-5075E | 500×750 | 425 | 50-100 | 40-110 | 55 | 1890×1916×1870 | 11.7 |
| APJ-6090E | 600×900 | 500 | 65-180 | 80-180 | 55-75 | 2305×1840×2298 | 16 |
| APJ-7510E | 750×1060 | 630 | 80-180 | 110-320 | 90-110 | 2450×2472×2840 | 28 |
| APJ-8010E | 800×1060 | 680 | 100-200 | 140-340 | 90-110 | 2610×2556×2800 | 30 |
| APJ-8710E | 870×1060 | 720 | 170-270 | 180-360 | 90-110 | 3335×3182×3025 | 31.5 |
| APJ-9012E | 900×1200 | 750 | 95-225 | 220-450 | 110-132 | 3435×3182×3025 | 49 |
| APJ-1012E | 1000×1200 | 850 | 125-280 | 280-550 | 110-132 | 3435×3182×3025 | 52 |
| APJ-1215E | 1200×1500 | 1000 | 150-300 | 400-800 | 160-220 | 4200×3732×3843 | 101 |
| Model | Inlet Size (mm) | Max Feeding Size (mm) | Outlet Size (mm) | Capacity (t/h) | Power (kW) | Overall Size (L×W×H, mm) | Weight (t) |
|---|---|---|---|---|---|---|---|
| APJ-80V | 510×800 | 420 | 40-175 | 65-220 | 75 | 2500×1750×1950 | 7.5 |
| APJ-96V | 580×980 | 460 | 60-175 | 120-325 | 90 | 2880×1755×1460 | 11.4 |
| APJ-100V | 760×1000 | 640 | 70-200 | 150-350 | 90 | 3100×1980×2490 | 20 |
| APJ-106V | 700×1060 | 600 | 70-200 | 150-400 | 110 | 3450×1900×2490 | 13.5 |
| APJ-110V | 850×1100 | 720 | 70-200 | 190-450 | 160 | 3750×2280×2880 | 25 |
| APJ-125V | 950×1250 | 800 | 100-250 | 290-500 | 160 | 4870×2850×3570 | 36.7 |
| APJ-140V | 1070×1400 | 900 | 125-250 | 350-550 | 200 | 5100×3050×3790 | 45.3 |
| APJ-160V | 1200×1600 | 1000 | 150-275 | 500-800 | 250 | 5500×3250×3990 | 68.6 |
| Model | Feed Opening (mm) | Max Feeding Size (mm) | Output Size (mm) | Capacity (t/h) | Power (kW) | Overall Dimension (mm) | Weight (t) |
|---|---|---|---|---|---|---|---|
| APJ-1575X | 150×750 | 120 | 18-48 | 8-25 | 15 | 1380×1658×1025 | 3.5 |
| APJ-2575X | 250×750 | 210 | 25-60 | 13-35 | 30 | 1545×1667×1330 | 5 |
| APJ-2510X | 250×1000 | 210 | 25-60 | 16-52 | 30-37 | 1530×1992×1380 | 6.5 |
| APJ-2512X | 250×1200 | 210 | 25-60 | 20-61 | 37-45 | 1900×2192×1430 | 8.8 |
| APJ-3013X | 300×1300 | 250 | 20-90 | 25-95 | 55-75 | 1750×2320×1724 | 12.6 |
Note: Technical parameters are subject to change without prior notice.
Looking for a mobile jaw crusher in Indonesia? Whether you operate an andesite quarry in Java, supply road base aggregates in Sumatra, or manage a remote project in Kalimantan, ANDAMINE offers mobile crusher plant solutions for different site conditions and production needs. From compact crushers for small-scale operations to integrated multi-stage crushing plants, compare each configuration, capacity and mobility to find the right solution for your stone crushing and aggregate production project.
How much does a jaw crusher cost in Indonesia? Jaw crusher prices typically range from $6,000 to $235,800, depending on the model, production capacity, and configuration. A standard jaw crusher is suitable for primary crushing, while a mobile jaw crusher plant integrates crushing equipment with a mobile chassis for easier relocation between job sites. For Indonesian buyers, the final investment also depends on shipping, installation, power requirements, and after-sales support. Contact ANDAMINE for a quotation based on your material, required output, and project location.
Explore ANDAMINE stone jaw crusher machine projects across Indonesia to see the equipment models, plant configurations, and crushing solutions selected for different applications. From andesite quarries in Java to aggregate production for road construction, these project examples show how jaw crushing machine setups vary according to material type, production capacity, and site requirements. Use them as a reference when comparing equipment options for your own project.
Choosing a primary jaw crusher for sale for an Indonesian quarry, mining site, or road construction project involves more than comparing machine prices. You need to match the crusher to your rock type, feed size, production target, and site conditions. The following points can help you compare jual jaw crusher models and decide whether a standalone machine or a complete crushing plant is the better fit.
Start by identifying the material you need to crush, such as andesite, basalt, or limestone, and its maximum feed size. Rock hardness and feed dimensions affect crusher selection and wear-part requirements. Check the model’s maximum feeding size to ensure it can handle your raw material.
Estimate your required output in tons per hour (TPH), based on your daily production target and working hours. Also specify the required jaw crusher product size for road base, concrete aggregates, or other applications. A primary crusher machine handles primary crushing; producing smaller or more uniform aggregates may require a secondary crusher and vibrating screen.
Consider access roads, available working space, ground conditions, and power supply. For a fixed quarry with a long-term production plan, a stationary jaw crusher setup may be suitable. For remote sites or projects that require frequent relocation, a wheel-mounted or crawler mobile jaw crusher can offer greater flexibility.
Decide whether you need a standalone jaw crusher for primary crushing or an integrated plant with a feeder, conveyors, secondary crusher, and vibrating screen. The right configuration depends on your target aggregate sizes, required capacity, and whether the project needs a fixed production line or mobile processing equipment.
Look beyond the initial jaw crusher price. Include transportation to your site in Indonesia, installation, fuel or electricity, wear parts, routine maintenance, and after-sales support. For island or remote projects, confirm delivery arrangements and the availability of spare parts before making your decision.
Not sure which quarry jaw crusher configuration suits your project? Share your material type, maximum feed size, required capacity, target aggregate size, and site location with ANDAMINE. These details help our team assess suitable models and equipment combinations for your project.
Jaw crushers in Indonesia are commonly used in mining, stone quarrying, aggregate production, road construction, construction waste recycling, and cement production. They primarily crush large rocks, suitable mineral ores, and selected construction waste into smaller pieces for secondary crushing or further processing. For Indonesian contractors, quarry operators, and mining companies, crusher jaws provide an effective first-stage crushing solution for handling large feed material and preparing it for downstream operations.
In Indonesia’s hard-rock mines, jaw crushers reduce large pieces of suitable gold, copper, and other mineral ores before further processing. This prepares the feed for downstream crushing or mineral processing, helping operators handle bulky raw materials more efficiently.
In Indonesian quarries, jaw crushers process large pieces of andesite, basalt, granite, and other suitable rocks after blasting. This reduces oversized stones into manageable feed for secondary crushing, helping quarry operators maintain a steady flow of material through the crushing line.
For road and infrastructure projects across Indonesia, jaw crushers reduce large rocks into feed material for producing road base and other construction aggregates. With suitable secondary crushing and screening, contractors can prepare different stone sizes to meet project specifications and site requirements.
For Indonesian aggregate suppliers, jaw crushers handle the primary crushing of large stones used in construction material production. Combined with suitable secondary jaw crushers and vibrating screens, the plant can produce specified aggregate sizes for ready-mix concrete, road works, and other building projects.
For demolition and recycling projects in Indonesia, jaw crusher equipment can process suitable concrete rubble and masonry waste after proper sorting. The crushed material can then be screened for potential reuse in suitable construction applications, helping reduce bulky waste and the need for disposal.
In cement and building-material plants, jaw crushers reduce suitable limestone and other compatible raw materials before further processing. This prepares material for downstream grinding or production stages, helping operators manage large feed pieces and maintain a suitable material supply.
The best jaw crusher for your project in Indonesia depends on your required capacity, feed material, target jaw crusher output size, budget, and site conditions. For small quarries, expanding aggregate plants, hard-rock crushing, and projects that require equipment relocation, different configurations may be more suitable. The guide below compares common project needs and the APJ jaw crusher series to consider, helping you narrow down your options before confirming the model and production capacity.
| Project Requirement | Typical Indonesian Scenario | Recommended Solution | Why Consider It? |
|---|---|---|---|
| Limited Startup Budget | Small limestone quarry or local contractor in Sumatra | APJ-E Series | A practical option to evaluate for small-scale crushing projects where initial investment, straightforward operation, and required output capacity are key considerations. |
| Increasing Production Capacity | Expanding aggregate plant in Java supplying road projects | APJ-V Series | Consider this series when upgrading production capacity. Select the model according to feed size, target output, and the required capacity of the downstream crushing and screening stages. |
| Crushing Hard, Abrasive Rock | Andesite, granite, or basalt quarry in Kalimantan | APJ-X Series | Evaluate the model against rock hardness, abrasiveness, maximum feed size, and required output. Correct sizing and suitable wear parts are essential for demanding hard-rock applications. |
| Frequent Site Relocation | Contractors serving multiple projects across Sulawesi or other islands | Compatible mobile crushing plant with a jaw crusher | An integrated mobile setup can simplify equipment movement and reduce on-site installation work when projects change locations. Check transport access, relocation costs, and site preparation needs. |
| Reducing Production Interruptions | Aggregate suppliers serving time-sensitive infrastructure projects | APJ-V or APJ-X Series, subject to application requirements | Choose a correctly sized model with suitable wear parts, accessible maintenance points, and a compatible feed system to support reliable operation and planned maintenance. |
| Long-Term Operating Value | Large private infrastructure projects or established quarry operators | APJ-X Series, subject to technical and cost evaluation | Compare purchase price, expected throughput, wear-part consumption, energy use, and maintenance costs to evaluate total operating cost over the planned service period. |
Before confirming your jaw crusher 3D model, provide your material type, maximum feed size, required capacity (TPH), target discharge size, and operating conditions. These details help determine whether APJ-E, APJ-V, APJ-X, or a mobile crushing configuration is appropriate for your project in Indonesia.
Not sure which jaw crusher mining is right for your project in Indonesia? Contact ANDAMINE for a customized recommendation based on your material, required capacity, feed size, output requirements, and budget.
A jaw crusher consists of several key components that work together to crush rocks and other hard materials through compression. The main jaw crusher parts include the fixed jaw plate, movable jaw plate, pitman, eccentric shaft, toggle plate, flywheel, cheek plates, and frame. Each component has a specific fungsi jaw crusher in the crushing process, from applying crushing force to supporting the machine structure and controlling the discharge size.
| Jaw Crusher Part | Function |
|---|---|
| Fixed Jaw Plate | Forms the stationary side of the crushing chamber and provides the surface against which rocks are compressed. |
| Movable Jaw Plate | Moves toward and away from the fixed jaw plate to compress and break rocks into smaller pieces. |
| Pitman | Supports the movable jaw assembly and transfers motion from the drive mechanism to produce the crushing action. |
| Eccentric Shaft | Converts rotational motion into the movement of the jaw mechanism, driving the crushing cycle. |
| Toggle Plate | Transfers force between the movable jaw assembly and the crusher frame. In many traditional designs, it also serves as a mechanical safety component. |
| Flywheel | Stores rotational energy and helps maintain smoother movement throughout the crushing cycle. |
| Cheek Plates | Protect the side walls of the crushing chamber from wear caused by contact with rocks. |
| Crusher Frame | Forms the main supporting structure, holding the jaw crusher components in position and withstanding crushing forces. |
| Discharge Opening | Forms the outlet gap at the bottom of the crushing chamber. Its setting influences the size of the discharged material. |
| Tension Rod and Spring | In designs that use this arrangement, helps return the movable jaw mechanism and maintain the required tension during operation. |
Note: The exact jaw crusher components and their arrangements may vary depending on the jaw crusher model and design.
A jaw crusher works by compressing rocks and other hard materials between a fixed jaw plate and a moving jaw plate. As the movable jaw repeatedly approaches and moves away from the fixed jaw, the material is crushed inside the V-shaped crushing chamber. The broken material gradually moves downward under gravity and exits through the discharge opening, completing the crushing cycle. This process makes jaw crushers for sale widely used for primary crushing in quarrying, mining, and aggregate production.
Raw rock enters through the feed opening at the top of the V-shaped crushing chamber, also known as the gape. The chamber narrows toward the bottom, directing the material between the fixed and movable jaw plates. The nip angle between the plates influences how effectively the jaws grip the material during crushing.
As the drive mechanism moves the movable jaw toward the fixed jaw, the space between the jaw plates decreases. The resulting compressive force fractures the rock into smaller pieces. This action forms the main crushing stroke of the jaw crusher for mining.
When the movable jaw moves away from the fixed jaw, the crushing chamber opens and the broken material moves downward under gravity. Larger pieces remain in the chamber for further crushing during subsequent compression strokes, while smaller pieces move closer to the discharge opening.
Material exits through the discharge opening at the bottom once it is small enough to pass through the gap between the jaw plates. The Closed Side Setting (CSS) refers to the minimum distance between the jaw plates at the bottom when they are closest together. It influences the discharge size, although the actual product size distribution also depends on the feed material, jaw plate profile, and operating conditions.
Proper jaw crusher operation is essential for maintaining stable production, reducing equipment downtime, and protecting operators. Following the correct startup, feeding, lubrication, and shutdown procedures helps prevent equipment damage and operating accidents. The following precautions cover the key stages of jaw crusher operation, from pre-start inspection to handling unexpected shutdowns.
Reduction ratio = Feed size ÷ Product size
For example, if the representative feed size is 600 mm and the representative product size is 100 mm, the calculated ratio is 6:1. This is an illustrative calculation, not a guaranteed operating result.
In practice, the result depends on how feed and product sizes are measured, the crusher’s discharge setting, material properties, and operating conditions. A reduction ratio alone does not establish the final product grading or production capacity. For equipment selection, confirm the required feed size, target product size, and expected throughput with the manufacturer’s technical specifications.
The closed-side setting (CSS) is the minimum distance between the fixed and moving jaw plates at the discharge end. Reducing the CSS can improve size reduction, but it may also reduce throughput, increase crushing forces and power demand, and accelerate wear under some operating conditions.
If a quarry needs a specific aggregate grading, the CSS should be selected together with the feed size, material characteristics, and downstream screening requirements. Check the manufacturer’s recommended setting range for the selected model before making adjustments.
Neither type is universally better. Compare the manufacturer’s rated capacity, permitted feed size, discharge-setting range, power requirements, wear-part costs, and maintenance arrangements. The choice should be based on the actual crushing duty rather than the toggle mechanism alone.
Manganese steel is commonly used for jaw plates, but the appropriate grade and profile depend on the application. When comparing replacement plates, consider service life and replacement downtime alongside the purchase price. Follow the manufacturer’s inspection and replacement limits.
The problem depends on the material’s clay content, moisture level, particle-size distribution, and the design of the feeding system. Moisture alone does not determine whether a material can be crushed successfully.
For quarries handling wet or clay-rich rock, assess the feed condition before choosing the equipment. Depending on the material, suitable measures may include feed preparation, screening, drainage, or a revised feeder arrangement. If a blockage occurs, stop and isolate the equipment according to the manufacturer of jaw crusher’s safety procedure before clearing it. Never reach into a running crusher or attempt to remove material while hazardous stored energy remains.
For example, highly abrasive rock can wear the plate surface quickly, while uneven feeding may cause one area of the plate to wear faster than another. Operating outside the manufacturer’s recommended settings can also affect wear and crushing performance.
To identify the cause, inspect the wear pattern rather than replacing the plates immediately without investigation. Compare the condition of both plates, review the feed material and operating settings, and check whether the wear profile matches the manufacturer’s guidance. Replacement intervals should be based on actual wear, operating hours, throughput, and the manufacturer’s limits—not a universal number of months.
The jaw crusher performs the primary reduction, while the cone crusher handles a subsequent crushing stage when the material and product requirements are suitable. A vibrating screen may be used to separate product sizes and, where the circuit is designed for it, return oversize material for further crushing.
This configuration is often considered for hard-rock quarrying and aggregate production. However, the jaw crusher’s discharge must be compatible with the cone crusher’s allowable feed size, and the capacity of each stage must be balanced. The correct setup depends on rock properties, required finished-product grading, production targets, and the complete plant layout.
For a quarry project in Indonesia, provide these details when requesting a quotation. Ask the supplier to identify the proposed model, rated capacity under the stated conditions, recommended discharge-setting range, power requirements, and included auxiliary equipment. This makes technical comparisons more meaningful than comparing model names or headline capacity figures alone.
As one of leading jaw crusher manufacturers, ANDAMINE is dedicated to providing customized crushing solutions tailored to your needs. The following content will detail our services, including customer site visits, project assessments, and spare parts supply. Let’s explore how our professional support and services can enhance your project efficiency and profitability.
We tailor crusher configurations to your material, capacity, and output requirements. Compared with standard setups, optimized configurations can increase material output by up to 25%, depending on operating conditions.
Visit operating mobile or stationary crushing projects in Indonesia to observe equipment performance, understand working conditions, and evaluate whether the configuration suits your material and production needs.
We assess material properties, target capacity, and plant configuration to identify improvement opportunities. Effective optimization can reduce operating costs by 10–15%, depending on project conditions and the existing setup.
We support spare parts inquiries for jaw plates, liners, bearings, and other crusher components. Suitable replacement parts help customers plan maintenance, reduce repair delays, and minimize unplanned downtime.
Looking for reliable crushing performance and lower operating costs? Andamine jaw crushers are designed for efficient crushing, durable operation, and easier maintenance in Indonesian quarries and construction projects. Contact ANDAMINE for a customized jaw crushing solution tailored to your material, capacity, and site requirements.
