地盤調査
地盤調査
戸建て住宅の地盤調査で一般的なSWS試験（スクリューウエイト貫入試験）をはじめ、 大規模建築物に適したボーリング調査、各種土質試験にも幅広く対応いたします。
1～30 item / All 158 items
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Ground investigation service "Swedish-style sounding test"
It is recommended in the "Guidelines for the Basic Design of Small-Scale Buildings" edited by the Architectural Institute of Japan.
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Ground investigation service "Standard Penetration Test"
It is the most commonly conducted ground survey during the design and construction phases of construction work.
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Ground investigation service "Liquefaction Survey"
We have prepared a four-stage method ranging from a preliminary assessment based on data to a detailed assessment involving boring investigations.
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Ground investigation - Automatic Static Cone Penetration Test
Ideal for confirming the support layer of steel pipe piles!
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Ground investigation plate load test
A test to directly measure the bearing capacity characteristics of the original ground and investigate the ultimate bearing capacity.
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Ground investigation soil testing
Reliable soil tests that enhance the accuracy of deformation judgment and consolidation settlement calculations.
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Site investigation SWS + hand auger
SWS + Hand Auger Survey to Capture Soil Quality and Improve the Accuracy of Foundation Design
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Site investigation - Boring survey
The most common boring survey that supports the design and construction of construction work.
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Soil investigation: Automatic Ram Sounding Test
Continuous measurement up to N value 50. Optimal ground investigation for confirming the bearing layer of steel pipe piles.
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Ground investigation 【Swedish-style sounding test】
SWS testing based on high-precision data and verification recommended by the society.
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Site Investigation | Optimization of Pile Length and Cost for Small Steel Frame Buildings through Data Comparison and Detailed Surveys
We achieve optimal pile length calculation to prevent excessive design by integrating neighboring ground data comparison and on-site dynamic cone penetration testing in the construction of steel frame buildings on narrow lots.
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Site Investigation | Optimizing Pile Length through Data Comparison and On-Site Survey in Narrow Areas where Large Machinery Cannot Access
We will conduct on-site sounding surveys using small machinery and compare them with neighboring data in the construction of a steel frame building on a narrow site, to determine the optimal pile length and prevent piling troubles.
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Site Investigation | Preventing Settlement of Small Steel Buildings with Neighboring Data and On-Site Surveys
By integrating neighboring ground data comparison and on-site dynamic cone penetrometer testing in the construction of a steel building on a small plot, we achieve structural safety that prevents differential settlement.
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Site Investigation | Application and Pile Length Optimization for Small Steel Buildings Using Preliminary Data and On-Site Surveys
We support optimal pile length design that clears appropriate judgments and confirmation applications by coordinating neighboring ground data comparisons and on-site surveys in the construction of steel frame buildings on narrow lots.
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Site Investigation | Optimizing Pile Length for Steel Frame Buildings on Narrow Sites through Data and Field Exploration of Demolition Sites
In the construction of a steel building on a small site, we will conduct on-site surveys using small machinery and cross-reference with nearby data to determine the optimal pile length that prevents troubles during pile driving.
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Site Investigation | Optimizing Pile Length for Small Steel Buildings through Low-Noise On-Site Surveys and Neighbor Comparisons
By merging neighboring ground data comparison and on-site sounding surveys for the construction of a steel building on a narrow site, we will achieve an environmentally conscious pile length design that prevents excessive reinforcement.
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Site Investigation | Optimizing Pile Length for Small Steel Buildings through Neighboring Data Analysis and On-Site Surveys
By integrating neighboring data and on-site surveys, we identify the supporting layers of small-scale steel buildings. This prevents excessive design and achieves economical and safe optimization of pile lengths.
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Site Investigation | Proposal to Optimize Pile Length for Steel Buildings on Narrow Sites with Delivery Restrictions
Even in narrow areas where heavy machinery access is difficult, we utilize small sounding machines and nearby data comparisons. We identify the supporting layers of steel frame buildings and optimize them to the appropriate pile length.
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Site Investigation | Technical Proposal to Prevent Excessive Pile Lengths for Small Steel Buildings by Comparing Neighboring Data
By analyzing ground survey and neighboring data, we reduce the excess pile length of small-scale steel buildings. This prevents over-design and balances construction costs with safety.
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Site Investigation | Investigation to Identify Support Layers in a Small Steel Building Where Large Heavy Machinery Cannot Enter
Supports the construction of steel frame buildings in urban areas with limited space where large heavy machinery cannot enter! Automatically measures deep supporting layers with automatic ram sounding tests.
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Site Investigation | Identifying a Strong Support Layer in a Narrow Steel Frame Building with Delivery Restrictions
Prevent excessive pile design in narrow steel frame buildings! Accurately identify the depth of the supporting layer with high-precision penetration tests using a compact self-propelled machine.
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Site investigation | Continuous data collection of deep support layers in a narrow steel building with delivery restrictions.
Perfect for bowling alternatives! Even in narrow steel buildings with delivery restrictions, continuous data collection of deep support layers can be achieved with automatic ram sounding tests.
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Ground investigation | Ground investigation to identify the support layer in a narrow steel building with delivery restrictions.
Ideal for constructing steel frame buildings in narrow urban areas where large machinery cannot enter! The ram sounding test automatically measures the depth of the supporting layer with high precision.
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Ground investigation | Ground investigation to identify the supporting layer in a narrow steel building with delivery restrictions.
Prevent excessive pile length design in narrow steel frame buildings! Accurately determine the depth of deep supporting layers with automatic continuous penetration tests using ultra-compact machines.
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Ground investigation | Ground investigation to confirm the bearing layer in a narrow steel building with transportation restrictions.
Perfect for alternatives to boring! We reliably confirm deep support layers through automatic ram sounding tests in steel frame buildings with limited access on narrow sites.
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Site investigation | Determining the bearing layer with a ram penetration test in a narrow steel building where large machinery is not allowed.
An investigation to accurately identify deep support layers using automatic ram sounding tests in the construction of a steel building on a narrow site where large heavy machinery cannot enter.
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Site Investigation | High-Precision Support Layer Penetration Survey Supporting Structural Calculations for Small-Site Steel Buildings
A ram sounding survey to accurately obtain deep support layer data essential for structural calculations in a narrow steel building where large heavy machinery is not permitted.
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Site Investigation | Conducting a Ram Test to Measure Deep Support Layers in a Narrow Steel Frame Building with Delivery Restrictions
Site Investigation | Overcoming Strict Delivery Restrictions Instantly: Self-Propelled Automatic Ram Sounding Test Catalog for Steel Frame Buildings on Narrow Sites | Geotech
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Ground investigation Category A (Geological survey companies, ground foundation methods, piles)
Ideal for residential development projects on filled land! Our unique analysis standards and SDS testing prevent over-design, ensuring both safety and cost-effectiveness.
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Site Investigation | Research to Balance Safety and Cost in Landfill Development for Pre-Sold Houses
Eliminate excessive ground improvement that pressures profit margins in the sale of residential houses on filled land to zero. An optimal foundation design solution that accurately assesses settlement risks.
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