No fixed price for mobile crushing plants—cost depends on material, output, and stages. Learn what affects price and what data you must supply for a valid
There is no reliable single answer to «berapa harganya» for a mobile crushing and screening plant. The price range is wide because the machine is specified around your material, your required output tonnage, and the number of processing stages. No verified manufacturer price data is available for this article, so precise figures would be unfounded. Instead, this page explains what drives the cost, how to compare quotes on equal terms, and which data you must supply to get a defensible price from any supplier, including SUHMAN.
The correct response to a price question is not a number—it is a list of technical questions. A jaw crusher, cone crusher and triple-deck screen are not optional extras bolted onto a chassis; they are a process plant. If the supplier does not ask about your feed material before quoting, treat the price with caution.
Quarry owners often compare mobile plants by engine power or crusher inlet size. This is a weak comparison. Two plants with the same crusher model can differ in price by a meaningful margin because of:
The table below is not a specification sheet. It is a decision checklist that must be completed for each project. Without these inputs, any price quoted is preliminary and may change after engineering review.
| Cost driver | Your project input required | Why it affects price |
|---|---|---|
| Material type and hardness | Rock type, abrasiveness, compressive strength, clay content | Softer material may allow a simpler crusher; abrasive rock forces a heavier chamber design and more wear liners |
| Feed size and gradation | Max feed dimension, percentage of fines, presence of sticky fines | Feed size dictates crusher inlet; fines content decides if a pre-screen is needed |
| Required final products | Target product sizes, tonnage per hour, product quality (flakiness, cubicity) | Each product size may require a screen deck; quantity per hour sets crusher and screen width |
| Closed-circuit or open-circuit | Acceptability of recirculation and final oversize handling | A closed circuit adds a return conveyor and more screening area |
| Site conditions | Existing platform, ground bearing pressure, load-bearing capacity, geography | Tracked mobility versus semi-mobile with support legs changes price |
| Power supply | On-board diesel, electric motor from grid, or hybrid | Diesel engine is a major cost item; electric drive lowers running cost but needs site power |
| Transport and assembly | Road transport width/weight limits, access roads, cranage availability | More modularisation or special axles add cost |
State these inputs in your enquiry. If you lack data on material hardness, a civil engineering or mining lab test is the missing input that must be confirmed before final selection. [FACT REVIEW REQUIRED]
A tracked mobile crusher is not always the least-cost solution. If your site will operate for more than several years at a fixed location with a planned sequence of benches, a stationary plant often gives lower cost per tonne, because the price of the mobile chassis and undercarriage is not justified by frequent movement. Similarly, if your required output is above about 500–700 tonnes per hour with multiple products, a modular semi-mobile or fixed installation is usually more cost efficient. The mobile configuration wins when the deposit moves, the site changes, or you process both quarry rock and demolition debris on different locations.
A second boundary: receiving a low-priced quote for a mobile crusher for hard, abrasive basalt or quartzite is a warning sign, not a bargain. The crusher cavity geometry and manganese alloy grade in that price class may be designed for limestone or recycling feed. The buyer must confirm the crusher type (jaw, cone, impact) against the material properties before any price discussion can be serious.
A lower purchase price can be erased by differences in wear part cost per tonne and fuel consumption. Without verified consumption and wear data from real operating records, the total cost of ownership cannot be calculated. A buyer should ask each supplier for:
The absence of this data means the buyer must collect it over the first several hundred hours of operation—this is a measured obligation, not a forecast.
A quarry owner with an existing operating record has an advantage in price negotiations. The record shows what throughput was actually measured, with what feed, and after what adjustments. If you can provide this, the supplier can confirm whether the proposed plant matches your real productivity, not an inflated brochure number. The project location and the operating record are mandatory data for final selection; they are not marketing questions.
The following missing inputs must be supplied by the buyer or confirmed at the site before a binding price is issued:
Without these, a price is a negotiation starting point only.
Most quotes include the standard machine, basic commissioning, and a first set of wear liners. The differences appear in freight, customs clearance, site assembly supervision, operator training, remote monitoring subscriptions, and the warranty conditions for wear parts. These items must be listed separately in writing; an all-inclusive headline price normally hides which services are excluded. A user must request the complete scope, with the specific model name and series, before comparing suppliers.
The machine physique often appears similar in catalogs, but the process configuration differs: a pre-screen that removes fines, a bypass conveyor, a magnet, a water spray system, or a different screening deck arrangement. The brand of the diesel engine and hydraulic components also affects the price, as does the steel thickness of the wear liners and the crusher chamber design for the intended rock type. Comparisons cannot be made on machine weight or conveyors length alone. The buyer must ask for a full component list.
The equation uses the delivered price difference divided by the expected saving in cost per tonne. The saving comes from lower fuel use, lower wear cost, higher availability, and simpler maintenance. Part of these values is an engineering estimate until your own operating record confirms it. Use measured fuel flow from a full tank test over 50+ operating hours and the wear part weight before and after. Until then, treat any payback period under three years as an estimate, not a guarantee.
If the material is unproven and the required tonnage is uncertain, a rental period supports or contradicts the assumptions. The rental cost is then a paid sample of operating data: actual product shape, fines generation, throughput stability under feed variation, and time lost to blockages. Consider this when the geological data is incomplete or the site manager has no prior experience of a similar plant. Rental shifts risk to the supplier, but the per-tonne cost is higher than owning.
There is a normal commercial expectation that an integrated line (feeder, crusher, screen and conveyors) has a lower total price than separately specified machines, because the engineering interface between stages is simpler and the supplier can standardise components. However, a full line only makes sense when the process sequence is confirmed. A discount on a poorly specified line is worthless if the second crushing stage is oversize for the required output. Approve the process design before discussing volume pricing.
A responsible supplier must provide a commercial offer based on the verified site data listed above. For SUHMAN, start with the product catalog to see the existing model range, then submit your material properties and target output through the contact page. The price can then be reviewed with corresponding technical requirements.
For a quarry owner, time spent on material testing and operating data collection reduces the risk of buying the wrong size of crushing train. The machine will be in the ground for years; the price discussion should last longer than one meeting.
