Jacking method Product List and Ranking from 20 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

Jacking method Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Taiyo Kisokogyo Co.,Ltd. Aichi//General contractors and subcontractors
  2. ヤスダエンジニアリング Osaka//General contractors and subcontractors
  3. 吉田建設 Niigata//Architectural design office
  4. 4 東洋工務店 Okayama//Other construction industries
  5. 5 アルファシビルエンジニアリング 事業本部・本社 Fukuoka//Other construction industries
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Jacking method Product ranking

Last Updated： Aggregation Period:Oct 15, 2025～Nov 11, 2025
This ranking is based on the number of page views on our site.

  1. Hume pipe propulsion method Taiyo Kisokogyo Co.,Ltd.
  2. Special Installation Pipe Advancement Method "Good Mall" 吉田建設
  3. Mud-rich propulsion method "Super Flow Balance Semi-Shield Method" アルファシビルエンジニアリング 事業本部・本社
  4. 4 Introduction to Water Pipe Pushing Construction Examples and Special Installation Pipe Pushing Methods 長谷川建設工業
  5. 4 All-soil compatible small-diameter mud-water / earth pressure thrusting method "Cobra Method" ヤスダエンジニアリング

Jacking method Product List

16～30 item / All 51 items

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A must-see for those troubled by underground obstacles in shield construction!

A must-see for those troubled by underground obstacles in shield construction!

It is possible to cut through obstacles and achieve long-distance propulsion! The milling mole method is reliable even when obstacles arise and is a preferred propulsion method nationwide!

The excavation machine used in shield construction can dig horizontally through the ground and is mainly utilized for tunneling in subways and sewage systems. However, if there are underground obstacles during excavation, the construction may come to a halt. To address this, the milling mole method is enhanced by equipping the shield machine with four special functions: "exploration, improvement, cutting, and guidance," allowing it to cut through obstacles and enable long-distance advancement! The underground obstacle-responsive mud pressure propulsion method, known as the "milling mole method," consists of three devices: the excavation machine, a special telescopic pipe, and a special injection pipe, which can finely cut and discharge underground obstacles! Using electromagnetic waves, it explores and detects metal obstacles ahead while advancing, and it is also possible to improve the ground from within the excavation machine before and after the detected obstacles. If an obstacle is detected, a special telescopic device can be used to cut through the underground obstacle at ultra-low speed, allowing the propulsion to continue. 【Applicable Obstacles】 ■ Wooden piles ■ PC piles ■ Steel pipe piles ■ Steel sheet piles ■ H-beams ■ Continuous walls ■ Concrete structures

  • Site and ground investigation
  • Civil Engineering Method
  • Special Construction Method

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Deep depth propulsion support! Small diameter long-distance curved propulsion (slurry method one-step process)

Deep depth propulsion support! Small diameter long-distance curved propulsion (slurry method one-step process)

Leave the construction of long-distance and sharp curves in small-diameter tunneling to the jet method! 《Presenting a collection of construction achievements!》

The JET method is a type of thrust construction method that excavates pipelines for sewage, water supply, gas, and electricity using a small shield machine. It is a groundbreaking technique that allows for small diameter, long-distance, sharp curves, and deep excavation. With this JET method technology, the amount of excavation from the ground is minimized, resulting in reduced noise and dust associated with construction, as well as minimal road occupation. Since the measurements are taken from the underground using CCD camera sensors from the launch shaft, they are not affected by buried objects, electric wires, or tracks. Measurements can be taken without being influenced by external factors such as under rivers, beneath railway tracks, under busy roads, and deep soil cover. 【Features】 - Supports deep thrust excavation - Simple structure and easy handling - Three-dimensional traverse surveying using high-resolution CCD camera sensors - Roll conveyor rail (patented) - Capable of handling a wide range of soil types For more details, please refer to the catalog or feel free to contact us.

  • Sewerage facilities
  • Waste treatment facilities
  • Site and ground investigation

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When it comes to construction work, it's the "Milling Mall Method"! *Currently offering a collection of achievements by obstacle type.

When it comes to construction work, it's the "Milling Mall Method"! *Currently offering a collection of achievements by obstacle type.

[NETIS Registered] No worries even if obstacles appear! Compatible with φ800 to 3000 mm. *Exhibited at the 2018 Kitakyushu Sewerage Exhibition!

The "Milling Mole Method," a ground obstacle response type mud-based thrusting method equipped with four special functions: exploration, improvement, cutting, and guidance, consists of three devices: a tunneling machine, a special telescopic pipe, and a special injection pipe, allowing for the precise cutting and removal of underground obstacles. Using electromagnetic waves, it explores metal obstacles ahead while thrusting and can also improve the ground from within the tunneling machine before and after the detected obstacles. In the event an obstacle is detected, the special telescopic device can be used to cut through the underground obstacle at ultra-low speed, allowing for continued thrusting. Additionally, a system is equipped to guide the tunneling machine to a designated position within the arrival shaft by installing a receiving coil at that location, making it the ultimate thrusting method capable of achieving high precision even when obstacles are encountered. 【Performance by Obstacle Type】 ■CASE-6 Steel Sheet Pile 3W Cutting ■CASE-7 Steel Sheet Pile 3 & H Steel Cutting ■CASE-8 Wooden Pile & Steel Sheet Pile Cutting ■CASE-9 H Steel & Existing Manhole Wall Cutting ■CASE-10 Underground Continuous Wall & Metal Object Cutting *For more details, please refer to the PDF document or feel free to contact us.

  • Site and ground investigation
  • Civil Engineering Method
  • Special Construction Method

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Sewer Construction "Milling Mall Method" Case Study Collection

Sewer Construction "Milling Mall Method" Case Study Collection

Cutting and removing underground obstacles in detail! We will introduce examples of sewer construction work.

This document is a collection of case studies on sewer construction by Yasuda Engineering Co., Ltd. The "Milling Mole Method," a trenchless construction method equipped with four special functions: "exploration, improvement, cutting, and guidance," consists of three devices: a tunneling machine, a special telescopic pipe, and a special injection pipe, allowing for the precise cutting and removal of underground obstacles. We have completed requests from our clients using this method. [Featured Cases] ■ Sewer pipe installation work in Chuo Ward, Tokyo (28 Seigo-2) ■ Sewer construction work near 3-chome, Tomikawa-cho, Nakagawa Ward, Nagoya City, Aichi Prefecture ■ Sewer construction work in the 7th section of the Onchigawa East drainage area, Yao City, Osaka Prefecture, fiscal year 2015 *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
  • others

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Water Supply Construction "Milling Mall Method" Case Study Collection

Water Supply Construction "Milling Mall Method" Case Study Collection

We will introduce a case study of water supply construction that involves finely cutting and removing underground obstacles!

This document is a collection of case studies on water supply construction by Yasuda Engineering Co., Ltd. The underground obstacle-responsive mud-based thrusting method "Milling Mole Method," equipped with four special functions: "exploration, improvement, cutting, and guidance," consists of three devices: a tunneling machine, a special expandable pipe, and a special injection pipe, allowing for the precise cutting and removal of underground obstacles. We have completed requests from customers using this method. [Featured Cases] ■ Installation of water supply main around Hanjin-cho, Sasebo City, Nagasaki Prefecture (No. 6) ■ New installation of water supply main (500mm) and replacement of water supply main (600mm) from Nishidai 2-chome to Nishidai 1-chome in Itabashi Ward, Tokyo ■ Improvement work on the Shinjo trunk line (Higashiyodogawa 3) 700mm water supply pipe (installation of 1000mm water supply pipe) and others *For more details, please refer to the PDF document or feel free to contact us.

  • Special Construction Method
  • others

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Comparison of obstacle response methods in construction methods! 《Materials available》

Comparison of obstacle response methods in construction methods! 《Materials available》

We conducted a comprehensive evaluation and overall assessment of the methods for dealing with obstacles in the construction method, considering aspects such as estimated construction period, estimated construction costs, safety, and reliability of construction.

You can download the materials comparing the methods for dealing with obstacles in the push construction method from CASE 1 to CASE 4, along with a comprehensive evaluation and overall judgment based on aspects such as estimated construction period, estimated construction costs, safety, and reliability of construction. 【Model Case】 Pipe Diameter: 1000mm Push Length: 100m Cover Depth: 10m Target Obstacle: H-200×1 location Soil Type: Ordinary 【Comparison of Obstacles in Push Construction Method】 ▶Normal Push The normal push method is used, but when encountering an obstacle, the tunneling machine is left in place, and the height of the pipeline is changed for re-pushing. ▶Normal Push The normal push method is used, but when encountering an obstacle, a shaft for obstacle removal is constructed, and the obstacle is manually removed before re-pushing. ▶Normal Push The normal push method is used, but when encountering an obstacle, the tunneling machine is left in place. ▶Milling Mole The route of the pipeline is changed for re-pushing, and the obstacle is directly cut using a milling mole tunneling machine.

  • Special Construction Method
  • Sewerage facilities

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Small Diameter Pipe Propulsion Method "Three Pipe King (R) DRM MVP1450"

Small Diameter Pipe Propulsion Method "Three Pipe King (R) DRM MVP1450"

The construction pipe diameter can accommodate small diameter pipe jacking methods with PVC pipes ranging from φ150 to 250!

The "Sanguan King (R) DRM MVP1450" is a thrusting machine that can be launched in areas with many buried objects such as gas pipes and water pipes, and can only be installed in a shaft with an inner diameter of 1450 (liner 1500). If the pressure of the hydraulic unit is 21MPa or higher, it can be operated with your existing unit. 【Main Specifications】 ■ Minimum launch shaft: φ1450 (1500 liner plate) ■ Pipe type for construction: Rigid PVC pipe (adhesive spiral joint) ■ Thrusting - Thrust force: 206KN (21MPa) 294KN (30MPa) - Pull force: 140KN (21MPa) 202KN (30MPa) - Speed: -cm/min - Stroke: 1,080min, etc. *For more details, please download the PDF or feel free to contact us.

  • Drilling Machine
  • Special Construction Method

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Road Surface Maintenance Method "Heat Dressing Method"

Road Surface Maintenance Method "Heat Dressing Method"

Economical and environmentally friendly! Introduction to maintenance methods for asphalt pavement using surface recycling techniques.

The "Heat Dressing Method" is an economical and environmentally friendly pavement maintenance technique aimed at asphalt pavements that have developed cracks or ruts. By applying this method preventively while the pavement damage is still minor, an extension of the pavement's lifespan can be expected. This method is also applicable to municipal roads, parking lots, and farm roads. 【Features】 ■ Flat and easy-to-drive surface ■ Low CO2 emissions ■ Preventive repair method ■ No waste generated ■ Low construction costs *For more details, please refer to the PDF materials or feel free to contact us.

  • Renovation and repair methods
  • Pavement construction

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Special Installation Pipe Advancement Method "Good Mall"

Special Installation Pipe Advancement Method "Good Mall"

The adoption of the newly developed seismic isolation joint in the pressure support pipe has further improved its seismic resistance, durability, and waterproofing.

"Good Mall" is a construction method for sewer installation pipes that has developed special branch pipes, achieving perfect installation, water stopping, and waterproofing. The installation of Hume pipes is ensured through the use of tight-fitting branches and expansion packers, guaranteeing secure installation and a smooth interior finish. Since its development in 1996, the pressure branch pipes and pressure branch pipe connection devices have been adopted nationwide as a safe and reliable method for public sewer systems and other applications. [Features] ■ Capable of responding to various sites with abundant technology and experience ■ Achieves perfect water stopping through the use of pressure branch pipes ■ Employs triple waterproofing measures ■ Utilizes seismic isolation rubber joints (DJB) ■ Reduces overall construction and maintenance costs *For more details, please refer to the PDF materials or feel free to contact us.

  • Special Construction Method

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Long-distance curved propulsion method "Bell Method"

Long-distance curved propulsion method "Bell Method"

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.

  • Special Construction Method
  • Renovation and repair methods

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Mud-rich propulsion method "Super Flow Balance Semi-Shield Method"

Mud-rich propulsion method "Super Flow Balance Semi-Shield Method"

It excels in maintaining the stability of the face even in soil conditions where pressure retention at the face is difficult.

The "Super Flow Balance Semi-Shield Method" is a mud-based thrusting method that constructs a wall of high-density, high-viscosity fluid throughout the entire cutter chamber to facilitate excavation. In the tail void section, soil particles with good workability and high-concentration mud are directly pressurized from the outer circumference of the tunneling machine, reducing friction around the pipe. Furthermore, the two-component solidifying lubricant injected from the trailing pipe further stabilizes the void. 【Features】 ■ Excellent stability of the face ■ Can maintain a face management pressure of groundwater pressure + 20 kPa ■ Minimal range of ground loosening *For more details, please download the PDF or feel free to contact us.

  • Civil Engineering Method
  • Ground foundation construction method
  • Special Construction Method

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Non-excavation and no spoil construction method for the renovation of sewer pipes, "EXP Method."

Non-excavation and no spoil construction method for the renovation of sewer pipes, "EXP Method."

A construction method that is friendly to cities and people, which involves crushing and expanding old pipes while pushing in new pipes of the same diameter or one size larger, all without excavation and without generating waste.

This is a reconstruction promotion method that crushes and expands old pipes while pushing in new pipes of the same diameter or one rank up. A hydraulic-operated expander (diameter-expanding crusher) is inserted into the existing pipe, and new pipes are pushed into the void created by the diameter expansion and crushing, allowing for a non-excavation and soil-free construction method that is friendly to both cities and people. **Features** - Replacement with new pipes of the same diameter or larger at the same position as the existing pipes, improving flow performance. - Since the method expands and crushes the existing pipes from the inside without excavation, there is no generation of excavated soil or industrial waste. - Analysis confirms that there is no significant ground deformation affecting the surrounding soil. - It can adapt to step differences and bends at the joint sections, allowing for the replacement of deformed PVC pipes and similar with new pipes. - The use of concrete pipes, PVC pipes, and resin concrete pipes for new installations ensures high quality and durability. **Applications** - Reconstruction and extension of aging or damaged sewer pipes (Ø150–Ø600). - Strength restoration. - Improvement of water-tightness against infiltration, flow performance, corrosion resistance, and prevention of tree root intrusion. - When there is a desire to secure a larger flow capacity than the existing pipes. - When considering the replacement of existing pipes but wanting to control disposal costs.

  • Sewerage facilities

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Construction method for large boulder-compatible mud slurry tunneling.

Construction method for large boulder-compatible mud slurry tunneling.

High-concentration sealed semi-shield method

This is an announcement from Showken Co., Ltd. regarding the boulder-resistant mud pressure propulsion method (high-density sealed semi-shield method).

  • Other civil engineering works

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FCR Intermediate Advancement Method [FCR Method Association]

FCR Intermediate Advancement Method [FCR Method Association]

Cost reduction through promotion up to a certain point.

The FCR Construction Method Association has prepared the "FCR Intermediate Pushing Method," which allows for pushing to the area of deformation without using the full line pushing method in cases where the deformation of the buried pipe is due to localized blockage. This method involves aligning the pushing steel pipe with the existing buried pipe and connecting them for repairs. *For more details, please download the PDF or feel free to contact us.*

  • Company：FCR
  • Price：Other
  • others

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If the construction work stops! 'Milling Mall Method'

If the construction work stops! 'Milling Mall Method'

[NETIS Registered] No worries even with obstacles! A mud-based thrusting method equipped with four special features!

The "Milling Mall Method" is a thrusting method composed of three devices: a "boring machine," a "special telescopic pipe," and a "special injection pipe." The boring machine is equipped with a specialized bit for cutting through obstacles and a transmitting/receiving coil for obstacle detection. If an obstacle is present during the excavation thrust, the boring machine cutter is pressed against the obstacle at ultra-low speed by the special telescopic pipe, and cutting is performed by the rotation of the cutter. Additionally, the special injection pipe is equipped with facilities for ground improvement before and after the obstacle, as well as an "electromagnetic wave guidance system" to accurately guide the boring machine to its destination. **[Four Special Functions]** - **Detection:** Detecting metal obstacles in front while thrusting and excavating. - **Improvement:** Ground improvement from within the boring machine before and after the obstacle. - **Cutting:** Crushing and discharging metal obstacles. - **Guidance:** Guiding the boring machine to the designated position. For more details, please refer to the catalog or feel free to contact us.

  • Site and ground investigation

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