Achieving long-distance curved propulsion! Proposing a reduction in lifecycle costs through the longevity of sewer pipelines.
The "Bell Method" allows for long-distance pushing of up to 250 meters even with low-strength pipes, as it is not limited by the allowable thrust extension like conventional methods. By equipping the tunneling machine with two directional correction devices, it enables multiple curved thrusting up to 60R. If unexpected obstacles are encountered during tunneling, it can be retracted and tunneling can proceed along a detour alignment. Additionally, this method achieves long-distance and curved thrusting with PVC pipes, contributing to the longevity of sewer pipelines. 【Features】 ■ Long-distance thrusting and curved thrusting ■ Response to obstacles ■ Shortened construction period ■ Increased lifespan ■ Earthquake resistance *For more details, please refer to the PDF materials or feel free to contact us.
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【Other Features】 - Long-distance propulsion of up to 250m is possible even with low-load capacity pipes (PVC pipes). - High-performance horizontal position measurement is achievable under construction conditions such as deep soil cover, parallel running with existing buried pipes, and crossing rivers and waterways. - If unexpected obstacles are encountered during excavation, it is possible to backtrack and proceed with a detour alignment. - Utilizes an autonomous measurement robot for in-pipe surveying. - Reduces setup time by 33% compared to traditional methods using 1.00m pipes, enhancing work efficiency. - Achieves long-distance and curved propulsion with PVC pipes, contributing to the longevity of sewer pipelines. - Employs SUS color with excellent seismic resistance. *For more details, please refer to the PDF document or feel free to contact us.
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【Purpose】 ■Extension of the lifespan of sewer pipelines *For more details, please refer to the PDF document or feel free to contact us.
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The Bell Micro Method Association offers the "Bell Method," which has successfully achieved long-distance curved pushing using soft PVC pipes. This method is expected to significantly contribute to the longevity of sewer pipelines and the reduction of maintenance costs. It has received development grants from NEDO and has won the Grand Prize at the National Land Technology Development Award and the Monozukuri Award, and it is also registered with NETIS. Please feel free to contact us if you have any inquiries.
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