Project-Site Concrete Production
On-Site Concrete Batching Plant
Put controlled concrete production close to the pour—configured around your site access, output plan, mix requirements and project schedule.
✓ Shorter supply route
Produce near the placement point
✓ Modular deployment
Plan installation around the site
✓ Flexible recipes
Control mixes as work fronts change
✓ Complete plant scope
From batching to automation
25–300
m³/h configuration range
2–6
aggregate bin options
4
mixer families available
1
coordinated supply scope
Why Produce at the Jobsite?
Stop Letting Concrete Logistics Control the Construction Schedule
An on-site plant turns transport distance, supply interruptions and changing mix demand into engineering decisions you can control.
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Long Haul Distance
Reduce reliance on long external delivery routes and traffic conditions.
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Pour-Schedule Risk
Coordinate production windows with work fronts, crews and placement demand.
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Slump & Consistency
Shorten the time between controlled mixing and concrete placement.
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Remote Site Access
Build a supply strategy around actual roads, utilities and available site area.
Product Overview
A Complete On-Site Concrete Production System—Not Just a Mixer
AGICO configures batching, mixing, storage, conveying, weighing, control and dust-management systems as one coordinated plant. The proposal starts from required concrete volume, working hours, aggregate condition, recipe range, site access and relocation plan.
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Engineering Inputs We Use
Peak demand, concrete grades, footprint, truck movement, utilities, installation date and project duration.
Product Advantages
Designed Around Real Jobsite Constraints
1
Near-Pour Production
Reduce external haul dependence.
2
Modular Plant Structure
Support staged installation and future relocation.
3
Matched Mixer Choice
Match twin-shaft, planetary or pan mixing to recipes.
4
Controlled Batching
Use independent weighing and recipe records.
5
Site-Specific Storage
Choose silo and bin capacity around access.
6
Belt or Skip Feed
Balance output, footprint and maintenance.
7
PLC Visibility
Monitor recipes, calibration, alarms and records.
8
Environmental Options
Add dust collection and wash-water measures.
Interactive Component Details
Inside the AGICO On-Site Batching Plant
Select a numbered system to see how each component supports output, concrete quality and maintainable jobsite operation.
1Selected Plant System
Twin-Shaft Mixer
Intensive forced mixing for structural concrete and multiple jobsite recipes.
Why It Matters on Site
✓ Counter-rotating shafts shorten homogenization time
✓ Replaceable liners protect the mixer body
✓ Automatic lubrication supports continuous shifts
2Selected Plant System
Aggregate Bins
Independent storage and controlled feeding for sand and graded stone.
Why It Matters on Site
✓ Loader-friendly opening supports fast replenishment
✓ Separate compartments reduce cross-contamination
✓ Vibrators and gate control stabilize difficult materials
3Selected Plant System
Weighing System
Independent weighing of aggregate, powder, water and admixture.
Why It Matters on Site
✓ Load-cell feedback supports repeatable batches
✓ Moisture compensation protects water-cement ratio
✓ Separate scales reduce dosing interference
4Selected Plant System
Cement Storage
Project-sized powder storage matched to consumption and delivery access.
Why It Matters on Site
✓ Bolted silos simplify overseas transport
✓ Level indicators support delivery planning
✓ Dust collectors control filling emissions
5Selected Plant System
Conveying System
Belt, skip and screw conveying coordinated with output and footprint.
Why It Matters on Site
✓ Short transfer paths reduce material loss
✓ Service access is planned around wear points
✓ Drive sizing is matched to real duty cycles
6Selected Plant System
PLC Control
Central control for recipes, calibration, alarms and production records.
Why It Matters on Site
✓ One-touch recipes reduce operator variation
✓ Batch records support project quality control
✓ Alarm diagnostics shorten troubleshooting time
Complete-System Logic
From Raw Material to Concrete at the Placement Point
Every production stage has a defined action and quality checkpoint, helping the plant turn stored materials into traceable concrete close to the pour.
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STEP 01
Aggregate Storage
Material storage and controlled feeding
Quality checkpoint: Keep sand and stone separated before dosing.
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STEP 02
Precision Weighing
Batch each ingredient to the recipe
Quality checkpoint: Load cells and compensation protect proportioning accuracy.
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STEP 03
Controlled Transfer
Move materials without interrupting flow
Quality checkpoint: Belt, skip and screw conveyors coordinate feeding sequence.
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STEP 04
Forced Mixing
Develop uniform concrete rapidly
Quality checkpoint: Mixer speed, fill level and cycle time are matched to the mix.
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STEP 05
Concrete Discharge
Release the batch into the delivery route
Quality checkpoint: Discharge height and gate timing match the receiving equipment.
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STEP 06
Placement Support
Supply concrete close to the work front
Quality checkpoint: Short internal delivery supports slump and pour scheduling.
Models & Technical Selection
Match Plant Output to the Project Pour Plan
Select a capacity to review its project fit, commercial advantages and technical parameters. Final sizing depends on materials, mix designs, operating hours, site conditions and the concrete delivery route.
Compact Local Supply
25 m³/h On-Site Batching Plant
Recommended Project Fit
Small building sites, repair programs and local concrete demand
Capacity-Specific Advantages
✓ Lower connected load for constrained utilities
✓ Compact arrangement for limited working area
✓ Smaller batches reduce waste when pour demand changes
✓ Straightforward relocation between short-duration projects
Technical Parameters
Small Project Base
35 m³/h On-Site Batching Plant
Recommended Project Fit
Small building sites, repair programs and local concrete demand
Capacity-Specific Advantages
✓ Lower connected load for constrained utilities
✓ Compact arrangement for limited working area
✓ Smaller batches reduce waste when pour demand changes
✓ Straightforward relocation between short-duration projects
Technical Parameters
Compact Infrastructure Supply
50 m³/h On-Site Batching Plant
Recommended Project Fit
Roadwork, municipal construction and scheduled structural pours
Capacity-Specific Advantages
✓ Balances daily output with manageable site logistics
✓ Faster cycle supports planned peak placement windows
✓ Moderate storage reduces material-delivery frequency
✓ Suitable for contractors serving multiple work fronts
Technical Parameters
Balanced Project Output
60 m³/h On-Site Batching Plant
Recommended Project Fit
Roadwork, municipal construction and scheduled structural pours
Capacity-Specific Advantages
✓ Balances daily output with manageable site logistics
✓ Faster cycle supports planned peak placement windows
✓ Moderate storage reduces material-delivery frequency
✓ Suitable for contractors serving multiple work fronts
Technical Parameters
Higher Batch Volume
75 m³/h On-Site Batching Plant
Recommended Project Fit
Bridges, industrial construction and medium infrastructure packages
Capacity-Specific Advantages
✓ Higher reserve capacity protects critical pour schedules
✓ Larger mixer reduces the batches required per placement
✓ Expanded bins support broader aggregate recipes
✓ Automation supports longer production shifts
Technical Parameters
Fast-Cycle Infrastructure Plant
90 m³/h On-Site Batching Plant
Recommended Project Fit
Bridges, industrial construction and medium infrastructure packages
Capacity-Specific Advantages
✓ Higher reserve capacity protects critical pour schedules
✓ Larger mixer reduces the batches required per placement
✓ Expanded bins support broader aggregate recipes
✓ Automation supports longer production shifts
Technical Parameters
High-Volume Project Base
120 m³/h On-Site Batching Plant
Recommended Project Fit
Large civil works, commercial complexes and continuous foundation pours
Capacity-Specific Advantages
✓ Sustained output supports multiple placement teams
✓ Higher installed power maintains production under load
✓ Larger weighing and storage reduce replenishment stops
✓ Production records improve project quality traceability
Technical Parameters
Major Infrastructure Output
180 m³/h On-Site Batching Plant
Recommended Project Fit
Major highways, dams, airports and high-volume infrastructure
Capacity-Specific Advantages
✓ 3000L mixer supports intensive concrete demand
✓ 60-second cycle protects high hourly production
✓ 4800L batching machine stabilizes aggregate supply
✓ Designed for extended multi-shift operation
Technical Parameters
Large-Scale Continuous Supply
240 m³/h On-Site Batching Plant
Recommended Project Fit
Large infrastructure programs and project-owned concrete supply bases
Capacity-Specific Advantages
✓ High-capacity mixing reduces unit production cost at scale
✓ Barn-type batching supports continuous aggregate flow
✓ Large silo autonomy protects long production campaigns
✓ Engineering scope can include redundant critical systems
Technical Parameters
Maximum Project-Site Capacity
300 m³/h On-Site Batching Plant
Recommended Project Fit
Large infrastructure programs and project-owned concrete supply bases
Capacity-Specific Advantages
✓ High-capacity mixing reduces unit production cost at scale
✓ Barn-type batching supports continuous aggregate flow
✓ Large silo autonomy protects long production campaigns
✓ Engineering scope can include redundant critical systems
Technical Parameters
Related production options: Mobile Concrete Plant · Central Mix Plant · Volumetric Concrete Plant
Custom Configuration
Configure the Plant Around the Site—Not the Other Way Around
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Mixer & Recipe Duty
Select mixing architecture and wear protection around grades and aggregate properties.
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Aggregate Feeding
Choose bin count, loading width, vibrators and belt or skip transfer.
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Powder Storage
Match silo style, capacity, filtration and screw conveying to access.
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Weighing Accuracy
Coordinate aggregate, powder, water and admixture weighing.
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Dust & Water Control
Add enclosed transfer, dust collectors and wash-water handling.
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Future Relocation
Plan modular divisions, transport loads and dismantling access.
Project Value
Turn Product Design Choices Into Construction-Site Advantages
01 Supply Control
Coordinate production with your pour sequence.
02 Recipe Flexibility
Prepare project mixes without external dispatch.
03 Short Internal Route
Plan circulation from mixer to work fronts.
04 Reusable Assets
Evaluate relocation for the next project.
AGICO Supplier Advantages
Why Source an On-Site Batching Plant From AGICO?
A reliable jobsite plant depends on more than equipment selection. AGICO coordinates engineering, manufacturing, delivery and startup around the complete project scope.
01
Project-Based Engineering
Capacity, aggregate condition, concrete grades, available footprint, utilities and delivery route are reviewed before the equipment list is finalized.
02
Complete-Line Coordination
Mixer, batching, silos, conveying, weighing, PLC and environmental equipment are supplied as one coordinated production system.
03
Controlled Manufacturing
Structural fabrication, component preparation, trial assembly and inspection are organized within AGICO production facilities.
04
Transport-Ready Modules
Bolted silos, modular frames and packing divisions are planned around container loading and destination access.
05
Installation Support
Foundation drawings, installation guidance, commissioning support and operator training reduce site-startup uncertainty.
06
Lifecycle Service
Wear parts planning, remote troubleshooting and technical support help protect production after handover.
Verified Overseas Installations
AGICO On-Site Batching Plant Project References
These real installations show how plant output, storage, feeding and modular structure are adapted to different project environments.
🇵🇭 Philippines
25 m³/h Compact Plant
Project need
Restricted project footprint and staged installation beside the work area.
AGICO configuration
Compact aggregate batching, 500L mixer and 50T bolted cement silo.
Project value
Local production reduced dependence on external concrete dispatch.
REQUEST A SIMILAR CONFIGURATION
🇨🇷 Costa Rica
35 m³/h On-Site Plant
Project need
Flexible production was required for changing daily construction demand.
AGICO configuration
750L mixing system with loader-fed aggregate storage and modular controls.
Project value
Smaller batch control supported varied pour volumes with less waste.
REQUEST A SIMILAR CONFIGURATION
🇲🇾 Malaysia
50 m³/h Project Plant
Project need
The contractor needed dependable concrete supply close to an active work front.
AGICO configuration
1000L mixer, independent weighing and project-sized powder storage.
Project value
Shorter delivery distance supported consistency and pour scheduling.
REQUEST A SIMILAR CONFIGURATION
🇨🇩 DR Congo
60 m³/h Infrastructure Plant
Project need
Remote-site logistics and unreliable external supply created schedule risk.
AGICO configuration
Fast-cycle 1000L mixer, 1600L batching machine and 12 m³ silo capacity.
Project value
Project-owned production improved supply control in a remote location.
REQUEST A SIMILAR CONFIGURATION
🇺🇿 Uzbekistan
120 m³/h High-Output Plant
Project need
Continuous infrastructure pours required higher reserve output and material autonomy.
AGICO configuration
2000L mixer, 3200L batching machine, belt transfer and 18 m³ silo capacity.
Project value
Higher output supported multiple placement teams and extended shifts.
REQUEST A SIMILAR CONFIGURATION
🇬🇪 Georgia
180 m³/h Foundation-Free Plant
Project need
Rapid deployment and major project demand required a modular high-output solution.
AGICO configuration
3000L mixer, 4800L batching machine and transport-oriented modular frames.
Project value
Foundation-free engineering shortened preparation while protecting peak output.
REQUEST A SIMILAR CONFIGURATIONBuyer FAQ
Questions to Resolve Before You Request a Proposal
It depends on capacity, bin loading, silo arrangement, truck turning and stockpile strategy. Send a site plan for a layout review.
Size from peak hourly demand, daily volume, working hours, reserve factor and the real cycle created by your mix recipes.
Belt feeding favors higher output and gentle transfer; skip feeding can reduce footprint. The site arrangement decides.
Yes. We can plan bolted modules, transport divisions and future dismantling access from the start.
Typical responsibilities include foundation, power, water, lifting, local labor, site access and permits; the final division is confirmed in the proposal.
Twin-shaft mixing is common for general concrete; planetary or pan options may suit special products. Material and recipe review is required.
Build a Project-Specific Supply Plan
Get an On-Site Batching Plant Proposal Based on Your Real Construction Inputs
Share your location, target output, concrete grades, working hours, available footprint and installation schedule.
