Construction achieved on a site measuring 10m x 15m! "Method innovation" for underground obstacle removal in narrow spaces.
No restrictions on the installation site. A piling method with high mobility and precision.
Pile foundation reinforcement! A next-generation steel pipe pile method born from a thorough pursuit of adaptability to a wide range of ground conditions.
For the prevention of weak ground and uneven settlement! A ladder-type wooden construction method applicable to various foundation reinforcements.
We have a track record of back protection for missing parts of mountain retention! Let us introduce the construction methods adopted by our company group.
Slurry-based mechanical mixing block ground improvement method capable of removing underground obstacles and unsuitable soil for improvement.
Excavation is carried out reliably while slicing and cutting the ground with a small torque!
A foundation pile method that enables construction under harsh conditions with a lightweight and compact machine!
Injectable at low injection pressure! This is a construction method used for reinforcing ground near important structures.
Huh! Are you going to leave that steel plate behind? What a waste!
"From small-scale buildings to civil engineering structures" is a ground improvement method that mixes soil and slurry or solidifying agents to construct a highly homogeneous block-like improved body.
Utilization of lightweight expanded polystyrene (EDO-EPS) blocks as civil engineering materials.
A trusted construction method boasting over 30,000 achievements! In addition to building foundation structures, we can also address retaining walls, uneven settlement prevention, liquefaction, and arc sliding measures!
Free-standing retaining wall construction method without a base slab.
Enables large-diameter high-pressure injection stirring in all directions from horizontal to diagonal and vertical!
Introduction of cadmium brass connection terminals used in the pipe earth method!
General Incorporated Foundation Japan Building Research Institute GBRC Performance Certification No. 15-17
Introducing ground improvement that replaces weak ground and narrow sites with lightweight ground materials!
No curing period is needed for mortar or concrete! All-plated cast-in-place steel foundation.
It excels in maintaining the stability of the face even in soil conditions where pressure retention at the face is difficult.
The columnar ground improvement technology "SST method," which enables powerful compaction in the horizontal direction, achieves overwhelming high strength, high load-bearing capacity, and cost reduction.
Earth drill type enlarged base pile method that pursues environmental conservation and shortened construction period!
Leave the reliable filling work for the drainage pipe to the Cellcrete method!
Easy-to-apply substrate-visible type reduced-process peeling prevention method using a coat roller.
A ground improvement construction method that enables the construction of highly uniform improved ground!
Towards further high support capacity: Environmentally friendly low discharge high friction method "At Column"
The ALKTOP method supports important assets and peace of mind! It is an environmentally friendly construction method that pursues load-bearing performance, workability, and cost-effectiveness.
By constructing the foundations of various pillars with EPS, we achieve lightweight design and significant reduction in construction time!
Supporting the town's landscape and adding color. We create new "town value" with flexible design.
Adapt the construction method according to site conditions! We accommodate all site conditions!
Improved mixing efficiency and the creation of large-diameter improved bodies with extremely small variations! Introduction to deep mixing treatment methods.
We resolve your concerns and worries about ground improvement work and create a reliable foundation to support your building.
For weak ground and vibration/seismic measures! An evolved form of ground improvement that protects lives and assets.
Method for converting ditches into underground channels using recycled products made from regenerated resin materials.
A steel pipe middle-boring pile method using a cement milk spraying and mixing technique that is highly efficient in construction and effective for shortening construction periods!
It can be installed anywhere as an eco-friendly machine with low vibration and low noise, making it environmentally friendly. It enables shortening of processes and reduction of construction costs.
A solidifying agent primarily composed of lime, properly blended with inorganic materials! You can select the type suitable for the site based on the soil being treated and the construction method!
Significant reduction in on-site construction period is possible! This is a construction method that achieves improved workability and construction accuracy.
Rotary Pile Driving Steel Pipe Method (Ministry of Land, Infrastructure, Transport and Tourism Certified Method / Building Technical Performance Certification Method)
Compatible with various ground conditions! Achieves simplification and can be deployed with a construction method suitable for factory sites.
We can secure heavy machinery scaffolding such as cranes necessary for water construction in inland areas like dam lakes, rivers, and ponds!
Conducted driving tests with a 10-ton truck before and after the measures! We were able to achieve vibration reduction effects!
"All keys are at the tip of the stake" - Exceptional penetration performance and a high-strength structure achieved through special parts, thick materials, and double-sided welding processing.
It demonstrates outstanding long-term durability, safety, and convenience. It is suitable for full-scale temporary injection work.
No processing is required at the construction site! We create spaces that naturally blend into the landscape.
Ease of use and drilling power upgraded! A high-performance compact that excels in operation and digging!
The foundation of Shigihara is safe, accurate, swift, and efficient! "Working vehicles" and "working people" are all here.
Introducing a pipe grounding method that is strong, lightweight, inexpensive, and environmentally friendly.
Introducing the materials, tools, and work procedures used in the pipe earth method!
A manual installation tool that allows for easy and safe driving of ground rods by moving the guard pipe up and down.
Demonstrating power on hard ground that is difficult to bend! An explanation of the differences between the pipe earth method, which improves the techniques and issues of conventional methods based on on-site construction experience, and traditional methods!
Not only straight bowling, but also three-dimensional bowling that combines straight lines and curves is possible!
To ensure that buildings continue to stand safely for a long time! Protecting buildings from the ground during frequent earthquakes.
We would like to introduce the construction technology examination certification report for the "Light Drain Columbus Method" (Building Technology).
[Must-See for Designers] Design Guidelines Covering Calculation Formulas for Support Force and Settlement Amount
Achieving zero omissions in design. A design and construction manual that includes a comprehensive "workflow" covering the procedures for ground improvement and features "8 key calculation formulas" for practical use.
We will introduce construction methods that can mitigate damage even if liquefaction occurs.
Achieving high tip support capacity! An environmentally friendly construction method with no soil disposal, low vibration, and low noise.
On-site construction is possible even in narrow areas where plants cannot be built or under conditions that require long-distance transportation!
Soil cement method that reduces discharged mud using a unique hardening agent injection system!
The Tenokoram method can solidify weak ground and improve it into high-quality ground!
Temporary construction methods for river and reservoir embankments that do not create water channels! They are also used for the extraction of existing piles and soil contamination measures!
We have further improved the BESTEX method, which was developed with the aim of achieving simple and reliable construction!
Water that can be compared to a bucket being overturned (equivalent to over 10,000 mm/h of rainfall) disappears in an instant! Urban guerrilla heavy rain flood control pavement method.
A catalog with construction examples is presented! It excels in narrow spaces and on slopes where transporting heavy objects is difficult! There is no generation of excavated soil!
Using a multipurpose excavator, all-casing foundation piles and other tasks can be performed.
Mechanical stirring technology + scientific stirring technology! Born from a new idea to ensure stable strength and homogeneity.
A construction method using a compact propulsion device that enables highly efficient excavation!
Immediately grasp the quality in numerical terms after the construction of the column improvement. It is also clear whether the design pile length has been reached! *Available for rent.
Before construction, underground obstacles can be removed, and after construction, the mixing condition can be checked with a rising tester (resistivity meter)! It is environmentally friendly with low noise and low vibration.
The "Super Geo Method" is a seismic isolation and ground improvement technique that allows the construction process to be visually understood.
Can be used in cultural property buried sites! Ground reinforcement method that can be implemented at shallow construction depths.
The high-support-capacity pile foundation method "G-ECS PILE Method" developed by Sansei's technological development capabilities.
Featuring high-support foundation pile methods, mechanical joint methods for steel pipe piles, and on-site automatic welding robot methods!
With the low noise/low vibration rotary insertion method, pile construction is achieved without residual soil! It also contributes to environmental conservation by not using industrial waste.
The adoption of a cross-shaped anti-rotation wing improves the efficiency of mixing operations. It allows for the construction of high-strength, low-residual columnar improved bodies [patent obtained].
The construction is simple, allowing for a shortened construction period, reduced water change duration, and cost savings through labor savings.
The granules made primarily from environmentally friendly wood powder are filled into a mesh tube.
Plus1 for peace of mind! It is a guarantee for your important family.
It is a portable large-capacity fully automatic batch plant.
Selectable economic structural forms! Rotational cutting and pressing method for steel pipe piles with advanced ring bits.
A wall construction method that excels in water resistance and rigidity! Installation of hat-shaped steel sheet piles and steel pipe piles with a single press-in machine.
Advanced piles protect buildings! Ground reinforcement for small-scale structures.
Introducing the construction process of the "TNF method," which suppresses differential settlement and resists earthquakes and liquefaction!
Concerns about the impact on the living environment after residential construction! Introducing examples aimed at increasing vibration reduction effects!
A construction method that overcomes the weaknesses of wooden houses! Bundling three through pillars to achieve high seismic resistance and durability!
Low noise and low vibration! A steel pipe pile method that considers construction period, cost, and the environment with no soil displacement.
High excavation performance and high mixing performance! A mid-layer mixing treatment method that reduces environmental impact.
Packed with fundamental knowledge and case studies! We are currently offering a free catalog and case study collection on the mini-wall construction method, which can accommodate narrow sites and is capable of construction at a maximum depth of 20 meters with small machinery!
Quickly construct columns with a safe and robust deep mixing method! High-quality columns can be created in sandy soil, clay, loam, and other ground types. *Building technology performance certification obtained.
Complete removal of PC steel strands that are underground obstacles.
Five-layer rust prevention! A highly reliable anchoring method for preventing toppling and uplift in mid- to high-rise buildings.
Introducing a list of construction history using the MLT method! Featuring numerous examples on hard ground!
Introducing a site where the MLT method has been successfully completed!
Top-class industry track record in shallow ground improvement! Leave it to us.