Engineered Ready Mix Solutions
Ready Mix Concrete Batching Plant
Configure a reliable RMC production system around your target capacity, concrete grades, site conditions and delivery plan.
✓ 25–300 m³/h
Flexible output range
✓ Stationary & Mobile
Configuration options
✓ PLC Automation
Consistent batching control
✓ Global Support
Installation and lifecycle service
30+ Years
Engineering experience
3,000+
Plants installed
25–300
m³/h capacity solutions
24/7
Service and parts support
Capacity Selection
Ready Mix Concrete Plant Capacity Selection
Choose an output above to update the recommended application, plant image and core configuration below.
25 m³/h Ready Mix Concrete Plant Configuration
Compact local supply, precast yards and lower-volume regional demand.
✓ Low-volume operation with controlled startup cost
✓ Short truck cycles for compact service areas
✓ Flexible bins for a focused material range
✓ Practical maintenance for a small production team
Technical Specifications
Capacity and Core Configuration
Current selection: 25 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
25 m³/h
Mixer
JS500
Working Cycle
72 s
Installed Power
50.25 kW
Discharge Height
1.5–3.8 m
Overall Dimension
11693 × 13060 × 17245 mm
35 m³/h Ready Mix Concrete Plant Configuration
Small commercial producers and municipal construction programs.
✓ Added dispatch headroom for municipal demand
✓ JS750 mixing supports broader daily production
✓ Balanced storage for small commercial supply
✓ Suitable for phased regional market development
Technical Specifications
Capacity and Core Configuration
Current selection: 35 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
35 m³/h
Mixer
JS750
Working Cycle
72 s
Installed Power
75 kW
Discharge Height
1.6–3.8 m
Overall Dimension
12922 × 13000 × 17245 mm
50 m³/h Ready Mix Concrete Plant Configuration
Growing concrete suppliers serving mixed residential and civil projects.
✓ JS1000 platform for growing order volumes
✓ Handles mixed residential and civil schedules
✓ More recipe flexibility without an oversized plant
✓ Expansion-ready silo and aggregate storage options
Technical Specifications
Capacity and Core Configuration
Current selection: 50 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
50 m³/h
Mixer
JS1000
Working Cycle
72 s
Installed Power
115 kW
Discharge Height
2.7–3.8 m
Overall Dimension
14950 × 17840 × 17245 mm
60 m³/h Ready Mix Concrete Plant Configuration
Reliable commercial RMC production with frequent daily truck dispatch.
✓ 60-second cycle for frequent truck dispatch
✓ Stable commercial output across a full shift
✓ Efficient balance of mixer size and installed power
✓ Suited to repeat orders from local contractors
Technical Specifications
Capacity and Core Configuration
Current selection: 60 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
60 m³/h
Mixer
JS1000
Working Cycle
60 s
Installed Power
105 kW
Discharge Height
3.8 m
Overall Dimension
36500 × 11130 × 20400 mm
75 m³/h Ready Mix Concrete Plant Configuration
Urban contractors requiring a flexible mid-output production base.
✓ Larger batch size for urban construction demand
✓ Flexible output for varied daily order patterns
✓ Strong fit for contractors with multiple job sites
✓ Storage can be sized for denser dispatch windows
Technical Specifications
Capacity and Core Configuration
Current selection: 75 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
75 m³/h
Mixer
JS1500
Working Cycle
72 s
Installed Power
120 kW
Discharge Height
2.7–3.8 m
Overall Dimension
15950 × 18840 × 17245 mm
90 m³/h Ready Mix Concrete Plant Configuration
Balanced output for urban infrastructure and regional concrete delivery.
✓ Balanced output for regional ready-mix delivery
✓ JS1500 mixer supports continuous commercial rhythm
✓ Capacity reserve for peak urban infrastructure orders
✓ Practical step between mid-size and high-volume plants
Technical Specifications
Capacity and Core Configuration
Current selection: 90 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
90 m³/h
Mixer
JS1500
Working Cycle
60 s
Installed Power
145 kW
Discharge Height
3.8 m
Overall Dimension
51093 × 19100 × 21600 mm
120 m³/h Ready Mix Concrete Plant Configuration
High-volume commercial supply, highways and large building programs.
✓ High-volume supply for highways and major buildings
✓ JS2000 mixer reduces batches required per dispatch wave
✓ Larger storage autonomy supports long production runs
✓ Better fit for multi-shift commercial operation
Technical Specifications
Capacity and Core Configuration
Current selection: 120 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
120 m³/h
Mixer
JS2000
Working Cycle
60 s
Installed Power
210 kW
Discharge Height
4.0 m
Overall Dimension
55885 × 20200 × 21600 mm
180 m³/h Ready Mix Concrete Plant Configuration
Regional production hubs with intensive multi-shift truck dispatch.
✓ High-capacity production for intensive regional demand
✓ Large-batch mixing reduces truck-loading intervals
✓ Greater reserve for peak infrastructure placement
✓ Layout can support twin-line expansion planning
Technical Specifications
Capacity and Core Configuration
Current selection: 180 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
180 m³/h
Mixer
JS3000
Working Cycle
60 s
Installed Power
260 kW
Discharge Height
4.0 m
Overall Dimension
59811 × 20660 × 23700 mm
240 m³/h Ready Mix Concrete Plant Configuration
Major infrastructure corridors and large-scale commercial supply networks.
✓ Major-project output with high dispatch continuity
✓ Large storage and conveying systems reduce feed delays
✓ Twin-line evaluation improves uptime planning
✓ Suitable for infrastructure corridors and supply networks
Technical Specifications
Capacity and Core Configuration
Current selection: 240 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
240 m³/h
Mixer
JS4000
Working Cycle
60 s
Installed Power
330 kW
Discharge Height
4.2 m
Overall Dimension
56000 × 22000 × 21000 mm
300 m³/h Ready Mix Concrete Plant Configuration
Maximum-output projects, concrete production bases and strategic market expansion.
✓ Maximum-range output for strategic concrete markets
✓ Twin-line dispatch for strategic production hubs
✓ Redundancy planning supports sustained high utilization
✓ Expansion interfaces protect long-term production capacity
Technical Specifications
Capacity and Core Configuration
Current selection: 300 m³/h. Final sizing is confirmed against materials, mix designs, site conditions and truck dispatch.
Theoretical Output
300 m³/h
Mixer
JS5000
Working Cycle
60 s
Installed Power
370 kW
Discharge Height
4.2 m
Overall Dimension
57000 × 25000 × 23000 mm
Model Comparison
Ready Mix Plant Model Comparison
Compare representative models by output, mixer size, installed power and operating objective. Final selections are engineered around material properties, recipes, utilities and site constraints.
HZS25
Output: 25 m³/h
Mixer: 500 L
Installed power: 60 kW
Best for: Local supply and compact sites
Expansion: Low-footprint entry configuration
HZS60
Output: 60 m³/h
Mixer: 1500 L
Installed power: 110 kW
Best for: Growing commercial concrete demand
Expansion: Balanced output and investment scope
Recommended
HZS90
Output: 90 m³/h
Mixer: 2000 L
Installed power: 130 kW
Best for: Regional ready mix operations
Expansion: Recommended balance for many markets
HZS120
Output: 120 m³/h
Mixer: 2500 L
Installed power: 160 kW
Best for: High-volume urban and infrastructure supply
Expansion: Flexible storage and dispatch options
HZS180
Output: 180 m³/h
Mixer: 3000 L
Installed power: 220 kW
Best for: Large commercial production hubs
Expansion: Engineered for sustained throughput
HZS300
Output: 300 m³/h
Mixer: Project-engineered
Installed power: Project-engineered
Best for: Mega-project and multi-line demand
Expansion: Customized process and utility design
Plant Architecture
Types of Ready Mix Concrete Batching Plants
01
Stationary Plant
High-capacity permanent installation for commercial concrete production.
02
Mobile Plant
Rapid relocation for infrastructure and temporary project supply.
03
Compact Plant
Space-efficient layout with dependable production performance.
04
Foundation-Free
Faster installation with reduced civil work requirements.
System Engineering
Ready Mix Plant Components and Systems
Each subsystem is engineered as part of the complete plant—not as an isolated component.
Mixing System
Twin-shaft mixing for uniform concrete quality.
Control System
PLC recipe control, reports and production monitoring.
Aggregate Hopper
Flexible bins and accurate aggregate batching.
Belt Conveyor
Efficient enclosed material transfer and access.
Cement Storage
Silo, screw conveyor and dust collection options.
Weighing System
Accurate water, admixture and powder dosing.
Integrated Workflow
How Does a Ready Mix Concrete Plant Work?
Aggregate Feeding
Store and meter aggregate, powder, water and admixture.
Accurate Weighing
Batch each material according to the selected recipe.
Material Conveying
Transfer materials through coordinated conveying systems.
High-Efficiency Mixing
Produce uniform concrete in the twin-shaft mixer.
Concrete Dispatch
Load mixer trucks and record each completed batch.
Applications
Ready Mix Concrete Plant Applications
Commercial Concrete Supply
Roads & Bridges
Industrial Construction
Urban Development
Water & Hydropower
Airport & Port Projects
Investment Planning
Ready Mix Plant Price and Investment Scope
A useful ready mix plant price comparison starts with a defined production objective and an itemized quotation—not a single equipment number without project scope.
01
Plant Capacity
Output target, mixer duty and redundancy determine the core equipment scale.
02
Storage & Conveying
Aggregate bins, cement silos, conveyors and additive systems define material-handling scope.
03
Automation & Environmental Control
Control architecture, dust collection, enclosure and reporting functions affect the final configuration.
04
Delivery & Local Works
Freight, foundations, utilities, lifting, installation and commissioning are confirmed for each destination.
Typically Included in the Equipment Proposal
Core batching and mixing equipment
Control system and electrical scope
Selected silos, bins and conveying equipment
Technical drawings and equipment documentation
Confirmed Separately for Each Project
International and inland freight
Local civil works and utilities
Installation labor, lifting equipment and permits
Optional enclosures, heating, cooling and special compliance
Investment Decision
Ready Mix Concrete Plant Cost and ROI Factors
A dependable quotation begins with the complete production system—not a single headline price.
Plant Capacity
Peak demand, working shifts and expansion reserve.
Site & Civil Work
Land, foundation, utilities and truck circulation.
Concrete Portfolio
Mix variety, strength grades and dosing requirements.
Automation Level
Recipe management, reports and remote service.
Project Delivery
Ready Mix Plant Project Delivery Process
Eight coordinated stages connect the commercial decision with engineering, manufacturing, logistics, commissioning and long-term support.
01
Requirement Definition
Buyer input: Demand, recipes, aggregates and site data
AGICO deliverable: Application brief and initial capacity range
02
Process Configuration
Buyer input: Utility limits and preferred material flow
AGICO deliverable: Equipment architecture and option list
03
Commercial Scope
Buyer input: Destination and responsibility boundaries
AGICO deliverable: Itemized technical and commercial proposal
04
Engineering Design
Buyer input: Confirmed site interface information
AGICO deliverable: Layout, foundation loads and utility drawings
05
Manufacturing
Buyer input: Approved technical documents
AGICO deliverable: Fabricated, assembled and inspected equipment
06
Packing & Logistics
Buyer input: Shipping terms and delivery coordination
AGICO deliverable: Export packing and shipment documentation
07
Installation & Commissioning
Buyer input: Prepared foundations, utilities and lifting
AGICO deliverable: Installation guidance, checks and trial operation
08
Lifecycle Support
Buyer input: Operating records and service requirements
AGICO deliverable: Remote support, parts coordination and optimization guidance
Project Configurations
Ready Mix Plant Project Cases
These representative configurations show how capacity, climate, material flow and service planning shape the plant—not claimed customer performance results.
🇰🇿 Kazakhstan
120 m³/h Stationary Ready Mix Plant
Application: Infrastructure and regional concrete supply
Configuration response: A high-output stationary arrangement with configurable aggregate storage, cement supply and automated production control.
Operational objective: Maintain consistent commercial output while coordinating cold-climate protection and site logistics.
🇵🇭 Philippines
90 m³/h Commercial Ready Mix Plant
Application: Urban construction and contractor supply
Configuration response: A balanced configuration focused on compact material flow, recipe control and practical installation planning.
Operational objective: Support varied concrete recipes in a tropical operating environment with responsive service access.
🇸🇦 Saudi Arabia
180 m³/h High-Output Ready Mix Plant
Application: Large-volume commercial and infrastructure demand
Configuration response: A heavy-duty production concept with expanded storage, efficient conveying and project-engineered environmental controls.
Operational objective: Prepare the plant for sustained output, hot-climate operation and coordinated dispatch.
Delivery Confidence
Ready Mix Plant Manufacturing and Project Delivery
01
Requirement Analysis
Capacity, materials, site, utilities and logistics.
02
Engineering Design
Layout, configuration, foundation and interfaces.
03
Factory Inspection
Component checks, fabrication control and trial operation.
04
Installation Support
Guidance, commissioning, training and spare parts.
Quality and Service Built Into the Project
Evaluate suppliers through verifiable quality systems, project documentation, delivery scope and responsive technical service.
Manufacturing Evidence
How AGICO Controls Ready Mix Plant Quality
Factory capability matters when engineering decisions must remain traceable through fabrication, assembly, shipment and service.
Engineering Drawings
Layout, load and interface documents align equipment with the prepared site.
Fabrication Control
Material preparation, welding and dimensional checks follow the approved design.
Assembly Checks
Key modules are checked for fit, access and maintainability before packing.
Trial Operation
Mechanical, electrical and control functions are verified against the project scope.
Export Packing
Modules and loose parts are identified and protected for coordinated shipment.
Lifecycle Service
Technical support and parts coordination continue after commissioning.
Real AGICO manufacturing facilities and concrete plant fabrication work
Manufacturer Advantages
Why Choose AGICO as Your Ready Mix Plant Manufacturer?
AGICO combines project engineering, controlled manufacturing and lifecycle service so buyers can evaluate the complete delivery capability—not only the machine list.
01
In-House Engineering
Capacity, layout and interfaces developed around real project conditions.
02
Controlled Manufacturing
Fabrication, assembly and coating managed through coordinated workshop processes.
03
Quality Verification
Critical components, welding, assembly and trial operation checked before delivery.
04
Configurable Solutions
Mixer, storage, conveying, environmental and control options matched to the market.
05
Global Project Delivery
Export packing, documentation and installation planning prepared for international sites.
06
Lifecycle Support
Commissioning guidance, operator training, spare parts and remote technical assistance.
Buyer FAQ
Ready Mix Concrete Plant FAQs
Resolve the capacity, quotation, customization, installation and lifecycle questions that shape a ready mix plant procurement decision.
Base the selection on peak demand, operating hours, truck cycle, concrete portfolio and growth reserve.
Price depends on capacity, mixer, aggregate bins, cement silos, automation, environmental equipment and delivery scope.
Yes. Layout, storage, conveying, mixer, discharge height and control functions can be engineered around the site.
Confirm the site layout, foundation, utilities, access roads, lifting plan and local construction responsibilities.
Provide target capacity, concrete grades, aggregate types, power standard, destination and available site dimensions.
Use operator training, preventive maintenance, remote diagnostics and a planned spare-parts program.
Project Consultation
Build the Right Ready Mix Plant for Your Market
Share your target capacity, concrete portfolio and site requirements. Our engineers will prepare a configuration proposal.
