Twin-shaft Mixer
Features
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Integrated shaft design
- Two-point connection configuration between the transmission and mixing device simplifies the structure and reduces potential failure points. This structure enhances the uniform and stable running of the twin shafts, lowering maintenance requirements.
- Mixing shafts are directly connected to the gearbox with shortened linkage, improving shaft concentricity and optimizing transmission efficiency, thereby boosting mixer running stability.
 | Transmission device Specially developed planetary gearbox gives smooth transmission, high transmission efficiency, low noise, and strong load capacity. | ||
 | Shaft seals Patented shaft end sealing design ensures reliable sealing,high stability, long service life, and easy maintenance. | ||
 | Lubrication device Fully automatic centralized lubrication with precise dosage, ensures sufficient lubrication of each component, improves efficiency, and extends service life. | ||
 | Hydraulic Discharge Device Hydraulic discharge device enables efficient discharging, precise control, reliable durability, and seamless integration with automatic production. | ||
 | Discharging Door Discharging Door adopts a patent-optimized structural design, featuring a large opening for rapid discharge and tight sealing properties, which can effectively prevent material accumulation and easily replace wearing parts. |
Optimized arrangement, angle and shape of the blade, achieves fast and efficient material convection circulation with minimal load, while minimizing unnecessary vibrations.
Equipped with an intelligent monitoring system, which can track the real-time running status of the mixer, automati-cally detect potential faults, and promptly push maintenance reminders. Remote technical support helps quick troubleshooting, effectively minimizing equipment downtime, and extending service life.
- Unique spatial motion design enables multi-directional mixing of materials, solving inhomogeneity and high energy consumption in commercial concrete production.
Applicable to construction and infrastructure sectors, it drives efficient, energy-saving production for enterprises.
Specifications
