Mining Equipment

QIC Machinery mining equipment supports quarry crushing, aggregate production, manufactured sand, mineral powder grinding, screening, washing, and complete production line planning. You can compare crushing equipment, sand making equipment, grinding equipment, and auxiliary systems according to your raw material, feed size, final product size, capacity target, site layout, and destination country.

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Quick Positioning

Choose Equipment by Material, Capacity and Final Product Size

Select your mining equipment according to material hardness, feed size, moisture, required output size, hourly capacity, crushing stages, sand shaping demand, powder fineness, screening requirement, and site installation conditions.

Crushing Equipment

Recommended ForCrushing equipment should be selected according to rock hardness, abrasiveness, maximum feed size, required discharge size, crushing stage, wear part plan, and line capacity. Jaw crushers are commonly used for primary crushing, while cone crushers and impact crushers are selected according to material strength and aggregate shape requirements.

Jaw crushers handle large feed sizes at the primary crushing stage.
Cone crushers are often selected for hard and abrasive rock in secondary or tertiary crushing.
Impact crushers can be considered for limestone and other softer materials where shaping is required.
Vibrating screens and return conveyors should be planned together with crusher discharge size.

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Crushing Equipment Capacity Overview

Select crushing machines by rock hardness, feed size, output size, and crushing stage.

Model	Feed Opening Size （mm）	Feed size （mm）	Discharge port size （mm）	Capacity （t/h）	Motor Power （kw）	Weight （t）	Overall dimensions （mm）
PE1500×1800	1500×1800	≤1200	210-360	520-1100	280	132	7460×6235×4249
PE1200×1500	1200×1500	≤1020	150-300	400-800	160-220	100.9	6380×5310×3710
PE1000×1200	1000×1200	≤850	200-300	280-560	110-160	69	5350×4280×3050
PE900×1200	900×1200	≤750	95-165	220-450	110-132	58	3800×3166×3045
PE750×1060	750×1060	≤630	80-140	110-320	90-110	29	2655×2302×3110
PE600×900	600×900	≤480	65-160	90-180	55-75	17	2290×2206×2370
PE500×750	500×750	≤425	50-100	40-110	45-55	12	2035×1921×2000
PE400×600	400×600	≤350	40-100	15-60	30-37	7	1700×1732×1653
PE250×400	400×250	≤200	20-50	5-20	15	3	1430×1310×1340
PEX300×1300	300×1300	≤250	20-90	30-90	55-75	11.5	1750×2320×1724
PEX250×1200	250×1200	≤210	25-60	20-60	37-45	8.5	2192×1900×1950
PEX250×1000	250×1000	≤210	25-60	15-50	30-37	7	1550×1964×1380
PEX250×750	250×750	≤210	25-60	15-30	22-30	5	1667×1545×1020
PEX150×750	150×750	≤125	18-48	5-16	15	3.8	1200×1500×1200
PEX150×250	150×250	≤125	10-40	1-3	5.5	1.5	896×745×935

Grinding Equipment

Recommended ForGrinding equipment should be selected according to feed size, Mohs hardness, moisture, target fineness, powder collection method, classifier setup, dust collection requirement, and finished powder handling. Raymond mills and related powder systems are suitable when the material has already been reduced to a proper feed size before milling.

Feed size and material hardness directly affect mill selection and output range.
Classifier settings should be matched with target fineness and finished powder use.
Dust collection, powder storage, and packing or bulk loading need to be planned with the grinding line.
Material moisture and impurity condition should be checked before mill configuration.

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Grinding Equipment Capacity Overview

Match the optimal Raymond mill configuration to your specific industrial powder requirements. Compare targeted output fineness (80-400 mesh), raw mineral Mohs hardness, and hourly throughput capacities to secure maximum milling efficiency for non-explosive materials.

Parameter / Model	3R1410 60	3R2115 70	3R2615 75-1	3R2715 75	4/3R3016/17 85	4/3R3216 95	4/3R9918 95-1	5R4119 130	6R4525/4528 160	6R4525/4528 175
Max Feed Size (mm)	10	15	20	20	22	25	25	30	35	35
Product Size (mm)	0.236–0.044
Shift Output (t)	1–10	1–18	2–26	2–28	8–38	10–45	10–48	20–75	40–120	50–120
No. of Grinding Rollers	3	3	3	3	3/4	3/4	3/4	4/5	4-5-6	4-5-6
Main Shaft Speed (r/min)	280	180	150	150	150	130	140	103	82	72
Grinding Roller Diameter (mm)	Φ140	Φ210	Φ260	Φ270	Φ300	Φ320	Φ310	Φ410	Φ450/480	Φ520×300
Roller & Ring Height (mm)	100	150	150	150	150	160	180	190/210/230	250/280/300	250/280/300
Main Motor Power (Pole-kW)	6-7.5	8-15	8-18.5	8-22	8-30	4-37	8-37	4-75	4-132	4-180
Fan Motor Power (Pole-kW)	4-5.5	4-11	4-15	4-18.5	4-22	4-30	4-30	4-90	4-132	4-220
Classifier Motor Power (Pole-kW)	6-1.1	6-2.2	6-2.2	6-2.2	6-2.2	4-7.5	4-7.5	4-15	4-22	4-37
Overall Dimensions L×W×H (m)	3.34×2.16×3.25	4.5×2.8×5.0	5.9×4.0×5.0	5.9×4.0×5.0	7.5×4.5×6.2	9.9×5.8×8.5	9.1×5.8×7.5	8.0×7.9×9.7	10×8.9×10.5	11×10×12

Material Matching

Material Processing Applications

QIC Machinery equipment can be configured for limestone, granite, basalt, river stone, iron ore, construction waste, manufactured sand, mineral powder, cement raw material, and other quarry or mining materials.

Granite and Basalt Aggregate Production Process Requirements

Granite and basalt are hard and abrasive materials, so the process route should focus on staged crushing and wear part planning. A jaw crusher can handle primary size reduction, while cone crushing and screening can be arranged for secondary crushing, closed-loop return, and graded aggregate output.

Jaw Crusher → Cone Crusher → Vibrating Screen → Belt Conveyor → Stockpile Area

Key Configurations

Maximum feed size entering the primary crusher. Required final aggregate sizes. Cone crusher cavity type and discharge setting. Screen deck arrangement and return material ratio. Wear parts and maintenance access.

Product Video

Turnkey Aggregate Crushing Line in Operation

Watch how a quarry processing line coordinates raw stone feeding, primary crushing, secondary crushing, screening, belt conveying, and stockpiling for aggregate production.

Factory & Delivery Records

Mining Equipment Factory Proof and Delivery Records

QIC Machinery can provide machine fabrication photos, rotor or jaw assembly checks, screen and conveyor matching, motor and control cabinet preparation, packing photos, and loading records before shipment.

Machined Crusher Components and Bearing Housing Check

Crusher shafts, bearing housings, jaw pivots, rotor parts, and machined connection areas are checked before assembly. These components affect equipment alignment, rotation stability, lubrication access, and later maintenance planning in quarry crushing work.

Finished Crusher Stock and Pre-Shipment Review

Finished crushing equipment is arranged in the factory stock area before delivery. Machine appearance, main structure, motor position, lubrication points, nameplate information, and accessory scope can be checked before loading and shipment.

Vibrating Screen Module Loading Preparation

Large vibrating screen parts, motor assemblies, screen frames, and loose components are prepared for loading according to size and shipment method. This process helps your installation team identify screen modules and plan unloading, lifting, and reassembly work.

Mining Equipment Container Loading in Progress

Crusher parts, screen components, conveyor sections, guards, fasteners, and accessories are arranged inside the container according to packing list and unloading sequence. Container loading records help your project prepare site receiving, part identification, and installation workflow after arrival.

Model Advantages

Mining Equipment Advantages for Material Processing Line Planning

A mining equipment line should be planned from the raw material and final product requirements, not from one machine alone. QIC Machinery supports crushing, sand making, and grinding projects by reviewing rock properties, process stages, equipment compatibility, wear parts, dust or water treatment, and finished material handling.

Process Route Matching for Different Rock Types

Granite, basalt, limestone, river pebble, coal, gypsum, and ore materials require different crushing or grinding routes. Equipment selection should consider hardness, abrasiveness, moisture, clay content, feed size, and required finished product.

Stage-by-Stage Crushing and Screening Planning

Primary crushing, secondary crushing, screening, return conveying, and stockpiling should be arranged as one material flow. This helps your project review discharge size, screen deck layout, conveyor connection, and final aggregate grading before equipment confirmation.

Manufactured Sand and Powder Processing Options

When your project needs manufactured sand or mineral powder, the line can be extended with VSI shaping, washing, fine sand recovery, Raymond milling, classification, dust collection, storage, or packing equipment according to final product use.

Wear Parts and Maintenance Access Planning

Jaw plates, cone liners, blow bars, VSI wear blocks, screen mesh, conveyor belts, rollers, grinding rollers, and filter elements should be prepared according to material abrasiveness, working frequency, and selected equipment configuration.

Main Systems

Main Systems in Mining Material Processing Lines

A mineral processing equipment route may include feeder, crusher, screen, sand maker, washer, conveyor, grinding mill, dust control, and stockpiling system depending on raw material and final product size.

Vibrating feeders receive raw stone from loaders or dump trucks and send material into the primary crusher. Feed hopper size, bar spacing, pre-screening function, impact protection, and feeding speed should be matched with rock size and crusher capacity.

Layout & Installation

Production Line Layout and Site Preparation

QIC Machinery checks your raw material, feed size, final product size, capacity target, site elevation, foundation condition, conveyor route, dust control, power supply, and shipping plan before confirming the production line layout.

Site Topography and Material Flow Review

The line layout should follow the quarry face, feeding road, ground slope, stockpile area, and truck movement route. A practical material flow can reduce unnecessary transfer distance and help your team arrange feeding, crushing, screening, and storage areas.

Crusher Foundation and Support Point Planning

Primary and secondary crushers require stable foundation points, anchor positions, discharge clearance, and maintenance space. Foundation references should be reviewed with your local civil team according to soil condition, equipment load, and site construction rules.

Belt Conveyor Route and Transfer Height Review

Conveyor routes should connect equipment stages without blocking service access or truck movement. Belt width, transfer height, chute angle, dust cover, return material route, and walkway position should be planned before installation.

Why Buy from QIC Machinery

Why Work with QIC Machinery for Mining Equipment Projects

Mining equipment selection depends on raw material, process route, equipment compatibility, site layout, installation preparation, wear parts, and finished product requirements. QIC Machinery focuses on reviewing these engineering details before recommending crushing, sand making, or grinding equipment for your project.

01 Review

Raw Material and Product Requirement Review

Your rock type, hardness, abrasiveness, feed size, moisture, clay content, target aggregate size, sand gradation, or powder fineness are reviewed before selecting the equipment route.

02 Matching

Crushing, Sand Making, and Grinding Route Matching

QIC Machinery helps compare whether your material should enter a crushing line, manufactured sand line, grinding line, or combined process. The route is selected according to material condition and finished product use.

03 Check

Equipment Compatibility and Capacity Balance Check

Feeder capacity, crusher discharge, screen size, conveyor width, sand washer capacity, mill feed size, and dust collector configuration are checked together so each stage can match the planned line structure.

04 Parts

Wear Parts and Maintenance Preparation

Jaw plates, cone liners, blow bars, VSI wear blocks, screen mesh, conveyor rollers, belts, grinding rollers, classifier parts, and filter elements can be prepared according to selected equipment and expected material abrasiveness.

Mining Equipment FAQ

Mining Equipment Selection FAQs

These questions help your project compare crushing equipment, sand making equipment, and grinding equipment by material type, feed size, output size, capacity target, site layout, water use, dust control, wear parts, and quotation information.

How do I choose between crushing, sand making, and grinding equipment?Click to expandClick to close

Choose crushing equipment when your project needs to reduce large rock into aggregate sizes. Choose sand making equipment when you need manufactured sand shaping, washing, or fine sand recovery. Choose grinding equipment when the material must be processed into mineral powder after crushing.

How do I choose a jaw crusher, cone crusher, or impact crusher?Click to expandClick to close

A jaw crusher is commonly used for primary crushing of larger feed material. A cone crusher is often selected for hard and abrasive rock. An impact crusher can be considered for limestone and softer materials where reduction and shaping are required.

What information is needed before designing a crushing line?Click to expandClick to close

Please provide raw material type, maximum feed size, required final aggregate sizes, target capacity, rock hardness, moisture or clay condition, site layout, power condition, and whether the line needs sand making, washing, or stockpiling.

What affects crusher capacity?Click to expandClick to close

Crusher capacity depends on feed size, rock hardness, moisture, crusher model, discharge setting, screening efficiency, return material ratio, feeder stability, conveyor arrangement, and site operation conditions.

When is VSI sand making required?Click to expandClick to close

VSI sand making is considered when your project needs manufactured sand or improved particle shaping after crushing. The final configuration should be reviewed according to parent rock type, feed size, target gradation, screen setup, and finished sand use.

Do I need sand washing and fine sand recovery?Click to expandClick to close

Sand washing should be reviewed when clay, soil, or excessive fines affect finished sand quality. Fine sand recovery may be useful when wet processing causes usable fine material loss. Water supply, drainage, and sludge handling should be checked before adding washing equipment.

What materials can be processed by Raymond mill?Click to expandClick to close

Raymond mills can be configured for suitable non-explosive mineral materials such as limestone, gypsum, calcium carbonate, coal, clay, slag, and some ore materials. The material should be checked by feed size, moisture, Mohs hardness, and target fineness.

What affects grinding fineness and output?Click to expandClick to close

Grinding output and fineness depend on material hardness, feed size, moisture, mill model, grinding roller condition, classifier setting, air volume, dust collector condition, and finished powder handling method.

Should I choose stationary or mobile mining equipment?Click to expandClick to close

Stationary equipment is suitable for fixed quarry sites with planned foundations, conveyors, and stockpile areas. Mobile equipment can be considered when the project needs relocation, shorter installation time, or flexible crushing near different material sources.

What foundation and power preparation are needed?Click to expandClick to close

Your site should prepare crusher foundation points, conveyor supports, electrical cabinet location, transformer capacity, cable routes, grounding, water supply, dust collection position, and maintenance access according to the selected equipment layout.

Factory Quote

Need a Mining Equipment Configuration for Your Material?

Tell us your raw material, feed size, final product size, capacity target, moisture level, site layout, power condition, destination country, and whether you need crushing, sand making, grinding, screening, or washing.

Please include these mining equipment details:

Raw material type, hardness, and maximum feeding size.
Target output size, required capacity, and finished aggregate use.
Stationary or mobile preference, site condition, voltage, and destination country.

Get Your Quote

Model	Sand Making Mode	Plastic Surgery	Sand Making Mode	Plastic Surgery	Spindle Speed(r/min)	Mortar Power
Model	Max Feed size(mm)		Capacity(t/h)		Spindle Speed(r/min)	(kw)
VSI1263	≤50	≤60	400	450	900-1200	315×2
VSI1150	≤45	≤55	320	400	1000-1300	250×2
VSI1040	≤40	≤50	260	300	1100-1400	200×2
VSI9026	≤35	≤45	160	200	1200-1500	132×2
VSI8015	≤30	≤40	100	130	1300-1700	75×2

Mining Equipment