Concrete Mixer Machine For Sale
Multiple Seals
Imported Motor
Reliable Operation
Various Types
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It is the core equipment in a concrete batching plant and a key factor that affects mixing quality.
A concrete mixer is a piece of equipment designed to combine cement, aggregates (such as sand or gravel), and water based on specified ratios or commands to produce concrete. It plays a vital role in various construction projects, including roads, bridges, water conservancy works, and buildings. While concrete mixers come in different types and operate on varied principles, their common goal is to ensure consistent quality and uniformity of the concrete mix.
AGICO offers a comprehensive range of concrete production equipment and complete batching plant solutions to meet the diverse needs of the construction industry. Our product line includes twin-shaft compulsory concrete mixers, single-shaft mixers, planetary mixers and pan mixers. We provide full specifications, and select models are available for customization to suit your exact application.
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| Mixer Type | Mixing Method & Features | Applicable Scenarios |
|---|---|---|
| Forced Concrete Mixer | Uses shearing action; blades rotate with the mixing shaft to forcibly and uniformly mix materials | Suitable for all types of concrete where high mixing quality is required |
| Self-falling Mixer | The rotating drum lifts the materials via curved blades and allows them to fall freely for mixing; simple structure | Ideal for plastic concrete and small-scale projects |
| Continuous Concrete Mixer | Continuous feeding, mixing, and discharging; supports uninterrupted production | Large-scale, continuous construction projects |
| Batch Concrete Mixer | Mixes a specific amount of concrete per batch; ensures consistent quality across batches | Common in medium to large projects with strict quality control |
| Twin-shaft Mixer | Two horizontal shafts rotate in opposite directions; provides high-intensity, fast, and uniform mixing | Suitable for large-scale or time-sensitive construction |
| Single-shaft Mixer | One horizontal mixing shaft; simple structure and easy operation | Ideal for small to medium-sized projects |
| Vertical Planetary Mixer | Planetary motion of mixing arms and blades (revolving + rotating) provides complex mixing paths and high efficiency | Used for high-performance concrete requiring excellent uniformity |
| Pan Mixer | Flat stationary pan with multiple rotating blades; ensures fast and uniform mixing | Common in precast concrete production |
| Drum Mixer | Rotating drum mixes materials through tumbling action; easy to operate | Suitable for small-scale projects with high mobility needs |
| Volumetric Concrete Mixer | Continuously mixes concrete based on pre-set volume ratios; allows precise control on-site | Ideal for small to medium projects with flexible requirements |
| Concrete Mixer Truck | Equipped with a rotating drum and discharge chute; transports and mixes concrete during delivery | Essential for delivering ready-mixed concrete to construction sites |
| Self-loading Concrete Mixer | All-in-one unit combining loading, mixing, transporting, and discharging; mobile and flexible | Suitable for small or scattered sites; acts as a mini mobile batching plant |
Best-Selling Batching Plant Concrete Mixers from AGICO
Twin Shaft Mixer
Working Principle: It is equipped with multiple sets of staggered mixing blades inside the drum. This mixer uses forced mixing through the main shaft to achieve fast and uniform blending of materials.
Applications: Ideal for mixing dry hard, plastic, and fluid concrete, lightweight aggregate concrete, and various mortars. Widely used in engineering batching plants, ready-mix concrete plants, water conservancy, highways, docks, and precast factories.
Complete range of models with strong adaptability.
Uniform mixing and high efficiency.
Robust structure with excellent durability.
Energy-saving and environmentally friendly with stable operation.
Single Shaft Mixer
Working Principle: The mixing shaft drives the mixing arms to continuously rotate and tumble the materials. The materials mix thoroughly through free fall and circular motion, ensuring efficient blending.
Applications: Suitable for producing dry hard and lightweight aggregate concrete, as well as special concrete types.
Short mixing time, low wear, low noise, and easy maintenance.
Planetary Concrete Mixer
Working Principle: The term “planetary” refers to the dual-motion mechanism—mixing arms rotate around the central axis while simultaneously spinning on their own axes, mimicking planetary motion. This creates a full-coverage mixing path, eliminating dead zones and ensuring complete mixing.
Applications: Applicable for dry hard, semi-dry, and plastic concrete. Also suitable for mortar, plaster, and other materials.
Zero dead angles with highly uniform mixing.
Significantly shorter mixing time and higher productivity.
Configurable with custom capacities and functional modules.
Concrete Pan Mixer
Working Principle: It is equipped with multiple mixing blades inside the pan and shears, tumbles, squeezes, and disperses the materials at a specific speed. The materials follow a flow path from the center outward, then back from the edge inward, forming a closed mixing loop.
Applications: Capable of mixing dry hard, semi-dry, plastic, and wet concrete to meet different project requirements.
Tiltable pan allows for easy discharge, reducing manual handling.
Suitable for large-scale continuous production.
Drum Concrete Mixer
Working Principle: As the drum rotates, aggregates are lifted and dropped by gravity, achieving effective mixing through repeated tumbling.
Applications: Suitable for plastic concrete, dry hard concrete, mortars, and grouts. Widely used on construction sites, in precast plants, and for road and bridge projects.
Compact structure, lightweight, and easy to relocate. Ideal for small-scale batching projects with long equipment life.
Concrete Mixer Truck
The mixer drum is equipped with spiral blades inside. During transport, the drum rotates to keep the concrete in a fluid state. When rotating in one direction, the spiral pushes concrete deeper into the drum—this is called “charging” and ensures continuous mixing in transit. When rotating in the opposite direction, the spiral functions like an Archimedes screw to discharge the concrete.
What Is the Concrete Mixer Price?
The cost of a concrete mixer depends on several factors, including the mixer type, capacity, portability, motor power, brand, and additional features. These elements can lead to significant price differences. Below is a general overview of the price range for different types of concrete mixers, for reference only.
| Mixer Type | Price Range (USD) | Notes |
|---|---|---|
| Drum Mixer | 1.Portable: from around $200 | Large high-quality models up to $2,000 or more. |
| 2.Industrial fixed: $3,000 – $10,000+ | Wide price range, industrial use. | |
| Twin-Shaft Mixer | $10,000 – $100,000+ | Generally more expensive, depends on capacity and features. |
| Pan Mixer | $500 – $5,000 | Suitable for smaller projects, price varies by size and quality. |
Concrete Mixer Selection Guide
Identify the Mixer Type
Forced Type Mixers: High-capacity mixers suitable for dry hard concrete, lightweight aggregate concrete, and high-fluidity mixes. Ideal for use as a batching plant concrete mixer.
Self-Falling Type Mixers: Best for plastic and low-fluidity concrete. Typically used in small-scale projects with lower mixing capacity.
Define Your Core Requirements
Small Projects (Daily Output < 5m³): Recommended mixer capacity: 200–500L.
Medium Projects (Daily Output 5–30m³): Recommended mixer capacity: 750–1500L.
Large-Scale Sites (Daily Output > 30m³): Use a twin-shaft forced-type batching plant concrete mixer with supporting equipment
Choose the Right Capacity
Standard Mixer Sizes: Common main mixer capacities range from 0.25 to 3 cubic meters. Choose based on project scale.
Production Scale vs. Productivity:
Annual output ≤ 200,000 m³: Productivity ≥ 90 m³/h
Annual output 200,000–300,000 m³: Productivity ≈ 120 m³/h
Annual output > 300,000 m³: Productivity ≥ 150–200 m³/h
Focus on Mixing Performance
Mixing performance depends on time, method, and speed. On-site testing is recommended to ensure concrete quality meets project standards.
Evaluate Durability
Choose batching plant concrete mixers built with high-quality materials and proven manufacturing processes. Give priority to reputable brands with strong customer feedback.
Consider Power Consumption
High-power mixers are suitable for high-viscosity concrete but consume more energy. Balance productivity with operational costs.
Prioritize After-Sales Support
Concrete mixers have long service cycles. Reliable after-sales support and quick response from the manufacturer are crucial for stable operation.
Price Considerations
Mixer price is largely influenced by the amount and quality of steel used in the frame. Select models that match your budget and technical needs.
Additional Tips
Select the model based on your production scale. Forced mixers offer a wide capacity range (0.5–8 m³).
Consider automation level, weighing accuracy, environmental compliance, and smart control features.
Prefer large-scale manufacturers with solid reputations to ensure equipment quality and long-term support
Comprehensive Service System for Reliable Operation
At AGICO, customer satisfaction is at the core of everything we do. We offer end-to-end professional support covering the entire lifecycle of your central mixing plant—from initial consultation to long-term operation.
Pre-Sales Services
Prompt response to inquiries and technical questions
In-depth needs assessment and configuration recommendations
Early-stage technical consulting and feasibility analysis
On-site or factory visits
Tailored plant design based on project requirements
In-Sales Services
Free site survey and evaluation
Detailed project planning
Rigorous quality inspection before delivery
On-site installation and commissioning guidance
Operator training and maintenance support
After-Sales Services
Spare parts replacement
Remote troubleshooting
Routine inspections and scheduled visits
Technical upgrades and optimization plans
