| Place of Origin: | China |
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| Brand Name: | Sinovo |
| Certification: | CE/GOST/ISO |
| Model Number: | CSM45 |
| Minimum Order Quantity: | 1 unit |
| Packaging Details: | Export Package |
| Name: | Cutter Soil Mixing Dsm Machine Equipped With Original Bauer Cutter | Keyword: | Deep Soil Mixing Machine |
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| Depth: | 20m | Model: | CSM45 |
| High Light: | 20m dsm machine,bauer cutter dsm machine,20m deep soil mixing machine |
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Cutter Soil Mixing 20m Dsm Machine Equipped With Original Cutter
The CSM construction method is a state-of-the-art foundation technology combining two-wheel milling and deep mixing. Using this method, the original soil is thoroughly mixed and injected with grout to create a wall with specific mechanical properties and anti-seepage effects. This technique, also commonly known as the knife-and-earth method, is gaining popularity in construction projects around the world.
The equipment used in the CSM construction method consists of a rotating twin-wheel mixing head capable of digging the soil to a depth of 20 metres. These two-wheel mixer heads feature special cutting blades that break up soil particles to create a homogeneous mix with the grout. The CSM process has changed the foundation building industry, providing better structural stability and durability.
A key advantage of using the CSM construction method is that it utilizes existing soil and requires no additional excavation. This significantly reduces construction time and costs, and enhances environmental sustainability. Furthermore, since the CSM method uses existing soil, minimal soil waste is generated during construction. Therefore, it is environmentally friendly and cost-effective.
Another major advantage of the CSM construction method is its ability to work efficiently in difficult soil conditions, such as those encountered in soft, boggy soils that are not suitable for deep digging. The dual wheel mixing head creates a stable base that can support the structure in this environment. The knife-soil mixing method is ideal for building dams, embankments, retaining walls and deep foundations.
Furthermore, the CSM method can be easily customized to suit different applications. For example, the mix ratio of cement slurry to soil can be increased or decreased to suit the design specifications of the project. This flexibility makes the CSM method well suited for different types of structures such as buildings, roads, bridges and tunnels.
