A method that improves the working environment and the global environment, while also successfully reducing costs.
The Success Small Method has eliminated the need for heavy labor underground by using a continuous discharge device with a crushing mechanism. Additionally, the continuous soil and sand classification device with a shower has enabled the circulation and reuse of muddy water, significantly reducing the industrial waste discharged outside. Furthermore, continuous operation of the pushing process is possible, resulting in successful total cost reduction. This new method is environmentally friendly for both the working environment and resource environment, and it excels in cost balance.
Inquire About This Product
basic information
【Features】 ○Adaptable size: φ250–600 ○By setting the cutter rotation speed according to the soil type, excavation capability can be enhanced. Additionally, it can handle large gravel and boulders through ultimate high torque and primary crushing by the face plate, followed by secondary crushing using a cone crusher within the chamber. ○The directional correction employs a two-stage folding mechanism, allowing for construction on sharp curves. ○Precision management (especially during curved construction) can be achieved using gyroscopes and hydraulic level gauges installed in the machine, along with electromagnetic wave measurements taken on the ground to manage posture. ○Small shaft initiation (φ2000mm–φ2500mm) is possible, and retrieval of the tunneling machine can be done from small shafts or existing manholes. ○The continuous soil classification device with shower function (Master R) can reduce construction-generated soil (industrial waste), allowing for environmentally considerate construction practices. ●For more details, please contact us.
Price information
-
Delivery Time
Applications/Examples of results
For more details, please contact us.
catalog（1）
Download All Catalogs
Company information
Asahi Engineering contributes to urban infrastructure development through the burial of water supply and sewage pipes using the thrust method.