Planetary concrete mixer CMP330

CMP330 Planetary Concrete Mixer – A professional manufacturer of planetary concrete mixers, utilizing the planetary mixing principle to ensure homogeneous and efficient concrete mixing. Suitable for precast components, dry-mix concrete, and more. We provide technical specifications, video case studies, and one-stop service. Get your exclusive quote and solution today!

330 Planetary Concrete Mixer | High-efficiency, homogeneous, and durable large-capacity forced mixing solution

Planetary Mixing Principle: Ensures thorough mixing with no dead zones, achieving far superior homogeneity compared to ordinary horizontal mixers.
Large Capacity Design: Each mixing batch can reach 500 liters, with a discharge capacity of 330L, meeting the needs of mass production.
High Efficiency and Energy Saving: Unique transmission design reduces energy consumption by approximately 15% compared to traditional models.
Wear-Resistant Liners and Blades: Made of high-chromium alloy material, extending service life by 50%.
Intelligent Control System: Optional PLC control for timed, variable-speed, and automated production.
Easy Cleaning and Maintenance: Simple design, large discharge gate opening angle for easy cleaning.

MP330 Planetary concrete mixer Technical Specifications

Model: Planetary Concrete Mixer CMP330
Feeding Capacity: 500L
Discharge Capacity: 330L (depending on concrete density)
Discharge Weight: 800Kg
Mixing Motor Power: 15kW (power can be increased)
Discharge Motor Power: 3kW
Mixing Speed: e.g., 40-45 rpm
Total Weight: 2000kg
Dimensions (L x W x H): 1870*1870*1855
Optional Configurations: Hydraulic discharge, pneumatic discharge, manual discharge; various liner/blade materials, etc.

Planetary Concrete Mixer: Working Principle and Unique Design

The planetary concrete mixer is the core equipment for preparing high-quality, homogeneous concrete. Its superior performance stems from its unique kinematic design and precise mechanical structure. The following is a detailed explanation of its working principle and core design.

I. Core Working Principle: An Astronomical-Inspired Mixing Art
The working principle of the planetary mixer mimics the movement of planets in the solar system, hence its name. Its mixing process is not simple rotation, but a complex and precise composite motion system, achieving truly forced, dead-zone-free mixing.

Planetary Motion Mode:

Revolution: Multiple (usually 2-4) mixing blades are mounted on a common mixing arm, which rotates uniformly around the central main shaft of the mixing drum, called “revolution.” This revolution carries the material to all areas of the mixing drum.

Rotation: At the same time, each mixing blade also rotates at high speed around its own axis in the opposite or same direction, called “rotation.” This rotation generates strong shearing, compression, and tumbling effects on the material.

Application Scenarios and Applicable Materials

Applicable Materials: Precast concrete components, high-strength concrete, self-compacting concrete, dry-mix concrete, mortar, refractory materials, etc.
Application Industries: Precast concrete component factories, pipe pile production, block manufacturing, construction engineering laboratories, large-scale engineering project departments, etc.

Configuration Options and Accessories

Frequently Asked Questions

1. What is the production capacity (m³/h)?

Theoretical capacity: 6-15 cubic meters/hour. This depends on the discharge capacity per batch (approximately 0.33 m³) and the work cycle time (usually 2-3 minutes). Based on 3 minutes per batch, approximately 20 batches per hour, the production capacity can reach 6.6 m³/h. Some high-power models claim to reach 15 m³/h.
2. How effective is it for mixing fiber-reinforced concrete?

Excellent results, it is the preferred equipment. The unique “revolution + rotation” compound motion of the planetary mixer ensures uniform dispersion of fibers and prevents clumping. Authoritative research confirms that the fiber-reinforced concrete (ECC) prepared by this mixer significantly outperforms other types of mixers in tensile and flexural strength.
3. What is the maintenance cycle and the complexity of blade replacement?

Daily maintenance: Thorough cleaning is required after each shift.
Regular inspection: Regularly (e.g., weekly/monthly) check if the blades and liners are loose or worn, and adjust the clearance.
Blade replacement: This is a moderately complex professional maintenance task. The process includes power lockout, opening the inspection door, removing the old blades, installing new blades, and adjusting the clearance. It is recommended to have this done by professional personnel.
4. What is the warranty period and service content?

Warranty period: The entire machine is usually covered for 1 year, and core components (such as the gearbox) may have a 3-year warranty. Specifics are subject to the contract.
Service content: High-standard service typically includes: 24-48 hour on-site response, free repair and replacement, lifetime technical support and spare parts supply, operation training, etc.