investigation Product List and Ranking from 230 Manufacturers, Suppliers and Companies

Self-conducted soil investigation to enhance seller-led negotiation power in land sales for the metal processing industry.

Sell the factory site of the metal processing industry advantageously! Early investigation visualizes risks and enhances negotiation power.

In the sale of factory land and asset management in the metal processing industry, it is important to understand the risks of soil contamination associated with past operations in advance and respond appropriately. If soil contamination is discovered due to a buyer's inquiry, it could lead to unjustified price reductions or contract cancellations. By voluntarily conducting soil surveys from the operational stage, the underground risks can be visualized, and evidence of safety can be established, leading to transactions under favorable conditions led by the seller. GeoTech, a Ministry of the Environment designated investigation agency, supports land transactions that protect your asset value through high-precision analysis without disrupting factory operations. 【Usage Scenarios】 - Sale or transfer of factory land - Asset management during business succession - Due diligence in M&A - Advance understanding of environmental risks 【Benefits of Implementation】 - Securing price advantages in sale negotiations - Countering unjust discount requests from buyers - Promoting smooth contract conclusion - Maintaining and enhancing asset value

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Environmental Survey
Geological Survey
investigation

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Independent research to enhance the seller's negotiating power in the sale of factory land for electronic components.

Sell your future factory site advantageously! Visualize risks through early self-assessment and secure negotiation power.

In the electronics component industry, managing the risk of soil contamination is crucial when selling factory sites or organizing assets. The discovery of soil contamination pointed out by buyers can lead to unjustified price reductions or contract cancellations. To prevent such situations, it is beneficial for sellers to proactively conduct soil investigations from the operational phase to visualize underground risks, which can lead to favorable transaction conditions led by the seller. By establishing evidence of safety in advance, excessive discount requests can be addressed based on objective data. Geotech, a Ministry of the Environment designated investigation agency, supports land transactions that protect your asset value through high-precision analysis without halting factory operations. 【Usage Scenarios】 - Sale or transfer of factory sites - Asset organization and business restructuring - Due diligence during M&A - Prior understanding of environmental risks 【Benefits of Implementation】 - Securing an advantage based on objective data in price negotiations during sales - Avoiding unjustified discount requests from buyers - Smooth contract conclusion and prevention of delays in development plans - Maintenance and enhancement of asset value

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Environmental Survey
Geological Survey
investigation

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Early Soil Investigation to Prevent Construction Delays During Redevelopment for Real Estate Development | Geotech

Voluntary early soil investigation to avoid future negative legacy and construction delay risks.

In the real estate development industry, environmental risk assessment of land is emphasized for the smooth progress of development projects and future risk avoidance. Particularly in areas such as former factory sites or chemical handling facilities, concerns about soil contamination may arise, which carries the risk of unexpected project delays, additional costs, and even the potential for future negative legacies. To prevent these risks in advance and ensure the success of development projects, it is essential to understand the soil conditions before the start of development. Geotech's early soil condition surveys utilize expertise as a Ministry of the Environment-designated investigation agency and the latest analytical technologies to visualize the contamination status of the ground as objective evidence, without affecting the operation of factories. This supports the acceleration of administrative consultations and development approvals, contributing to the reliable advancement of projects. 【Usage Scenarios】 - Development of former factory sites and chemical handling facility sites - Initial stage risk assessment in large-scale development projects - Understanding soil contamination status before development permit applications 【Benefits of Implementation】 - Reduction of project delay risks - Suppression of unexpected additional costs - Support for the smooth advancement of development projects and rapid acquisition of permits - Avoidance of future environmental risks

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Dismantling and moving
Other civil engineering services
investigation

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[For Design Offices] Early Soil Investigation to Prevent Construction Delays During Reconstruction | Geotech

Soil investigation that contributes to design optimization and avoids construction schedule delay risks.

Design firms are required to conduct meticulous preliminary investigations to prevent the emergence of future environmental risks and delays in construction schedules during building replacements and large-scale renovations. Particularly in facilities that handle chemical substances, it is essential to understand the potential for soil contamination resulting from past operations and to incorporate appropriate measures at the design stage, which is crucial for the smooth progress of the entire project and cost management. Our early soil condition surveys visualize the contamination status of the ground as objective data without affecting operations in active factories, supporting improved design accuracy and expedited administrative consultations. 【Utilization Scenarios】 - Early design phase of factory replacement and renovation projects - Historical investigations of chemical substance handling departments - Soil and soil gas sampling in confined spaces or around equipment - Evidence acquisition for administrative consultations and development permit applications 【Benefits of Implementation】 - Early detection of risks and planning of countermeasures during the design phase - Reduction of risks related to construction delays and additional costs - Facilitation of administrative consultations and acceleration of development permits - Design based on reliable and objective data

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Dismantling and moving
Other civil engineering services
investigation

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Soil investigation to prevent construction delays during factory and plant rebuilding | Geotech

Prioritizing the continuation of operations, we will proactively avoid soil risks during the rebuilding process.

In the factory and plant industry, it is essential to avoid the emergence of future environmental risks and the risk of construction delays during the rebuilding or renovation of chemical handling departments. The risk of chemical leakage into the ground due to years of operation may increase due to the deterioration of piping and aging infrastructure. To prevent these issues, it is important to scrutinize the history of hazardous substance handling from the operational stage and implement reliable measures to prevent chemical leakage. Our early soil condition survey presents practical procedures for conducting investigations at a clear stage before construction work, visualizing the invisible contamination of the ground as objective evidence without halting factory operations. 【Usage Scenarios】 - Rebuilding or renovating chemical handling departments - When wanting to minimize the impact on operational lines - Aiming for expedited administrative consultations or development permits 【Benefits of Implementation】 - Reduction of construction delay risks - Prevention of unexpected additional costs - Avoidance of future negative legacy risks - Smooth project progression

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Dismantling and moving
Other civil engineering services
investigation

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Early soil investigation to prevent construction delays during the rebuilding of logistics warehouses | Geotech

Soil investigation to reduce the risk of construction delays in the rebuilding and renovation of logistics warehouses.

In the logistics warehouse industry, during facility reconstruction or large-scale renovations, the emergence of future environmental risks and unexpected delays in construction schedules can become challenges. In particular, the risk of chemical leakage into the ground associated with past operations may impact business continuity. To proactively avoid these risks and ensure the smooth progress of projects, it is important to understand the soil conditions from the operational phase. Early soil condition surveys by Geotech visualize the contamination status of the ground as objective evidence without affecting factory operations, supporting the acceleration of administrative consultations and development permits. 【Usage Scenarios】 - When planning the reconstruction or expansion of logistics warehouses - If there is a history of handling chemical substances in the past - When wanting to minimize the risk of construction delays - When wanting to prevent unexpected costs from arising 【Benefits of Implementation】 - Smooth progress of reconstruction and renovation projects - Reduction of future environmental risks - Acceleration of administrative consultations and development permits - Control of unexpected additional costs

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Dismantling and moving
Other civil engineering services
investigation

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Soil Investigation to Prevent Construction Delays During Reconstruction for Data Centers | Geotech

Soil risk mitigation measures during reconstruction that support the stable operation of data centers.

In the data center industry, maintaining infrastructure is emphasized to ensure stable operation and long-term reliability of facilities. Particularly when planning for reconstruction or large-scale renovations, the risk of chemical leakage into the ground from past operations can lead to future negative legacies, unexpected construction delays, and additional costs. To proactively avoid these risks, it is essential to understand the soil conditions from the operational phase and identify potential environmental risks. Early soil condition surveys by Geotech, as a designated investigation agency by the Ministry of the Environment, utilize the latest analytical expertise to visualize the contamination status of the ground as objective evidence without affecting factory operations. This facilitates quicker administrative discussions and development approvals, supporting the planned reconstruction and renovation of data centers. [Usage Scenarios] - When planning the reconstruction or equipment renovation of data centers - Assessment of potential soil contamination risks based on past operational history - Reduction of risks related to construction delays and additional costs - Smoothening of administrative discussions and development approval processes [Benefits of Implementation] - Reduces the risk of unexpected delays and cost increases in reconstruction and renovation projects - Strengthens environmental risk management from the perspective of business continuity planning (BCP)

Company：ジオテック
Price：100,000 yen-500,000 yen

Site and ground investigation
Dismantling and moving
Other civil engineering services
investigation

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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.

In urban areas with limited space for construction, there is a challenge where large boring machines cannot access the site due to restrictions on the site frontage and the front road. The automatic ram-sounding test provided by Geotech uses an ultra-compact self-propelled machine with a total width of only 830 mm, allowing for smooth delivery and installation even in densely packed site environments. With a fully automated striking mechanism using a 63.5 kg hammer, it can penetrate hard layers with an N value exceeding 30 and gravel layers that are impossible to penetrate with conventional SWS tests, enabling investigations up to a depth of around 30 m. Additionally, by automatically measuring the number of strikes and rotational torque simultaneously for every 200 mm of penetration, it reliably corrects for the effects of surrounding friction resistance, producing reliable ground data that has a high correlation with the N value from standard penetration tests. This minimizes the setup effort and investigation period of the equipment, allowing for low-cost and rapid confirmation of reaching a reliable bearing layer, thus significantly streamlining the design and construction process of safe pile foundations for steel frame buildings in urban areas with limited space.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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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.

In mid-rise steel buildings planned on small plots, there are often cases where unnecessary long piles are designed due to excessive safety factor estimates and ambiguous ground data, leading to skyrocketing construction costs. GeoTech's "Automatic Ram Sounding Test" utilizes an ultra-compact self-propelled crawler machine with a width of just 830 mm, enabling high-precision deep investigations even under construction conditions where large machinery cannot enter. The automatic striking mechanism allows for the crushing and excavation of hard layers with an N value exceeding 30, which is difficult in SWS tests, and collects continuous ground resistance data up to a depth of 30 meters. Additionally, by electronically measuring the penetration strike count and simultaneously measuring the rotational torque, the influence of side friction resistance is accurately and automatically eliminated, allowing for the precise derivation of only the tip resistance that strongly correlates with the N value of standard penetration tests. The results are instantly visualized as digital data, improving the accuracy of structural calculations and foundation design. By optimizing pile lengths based on clear numerical evidence, significant reductions in pile construction costs and budget optimization are achieved while maintaining safety and robustness.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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地盤調査｜搬入制限のある狭小地鉄骨ビルで支持層を解析する地盤調査

搬入制限のある狭小地鉄骨ビルに対応！２００ｍｍ刻みの連続データ自動測定で深層支持層の不陸や沈下リスクを精緻に把握します。

都市部の搬入制限がある狭小地で鉄骨ビルを新築する際、従来の１ｍピッチによる地盤調査では地中の微細な薄層軟弱地盤や支持層の複雑な不陸（高低差）を見落とし、不同沈下や構造不具合を引き起こすリスクがあります。ジオテックの「オートマチックラムサウンディング試験」は、幅わずか８３０ｍｍの全自動自走式マシンを使用し、狭小地であっても迅速な進入・設営を行えます。本試験では貫入量２００ｍｍごとの打撃回数と同時に回転トルクを電子計測し、周面摩擦抵抗を自動補正することで標準貫入試験のＮ値と直結する高精度な地盤強度データを連続取得します。貫入深度３０ｍ付近までの連続グラフデータを生成できるため、局所的な土質変化や支持層の傾斜を細部まで客観的に把握することが可能です。計測工程の全自動化により人為的エラーを完全に排除し、安全で合理的な杭配置設計や基礎設計計算に欠かせない確固たるエビデンスを迅速に提供します。

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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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.

When constructing a steel frame building on a small site in an urban area, traditional boring standard penetration tests often face challenges such as securing installation space, high investigation costs, and long temporary periods, making their implementation difficult in many cases. GeoTech's "Automatic Ram Sounding Test" utilizes a super compact self-propelled crawler machine with a width of only 830 mm, allowing for easy self-propelled entry and setup even in sites with limited access routes and working space. Equipped with a fully automatic striking mechanism using a 63.5 kg hammer, it can penetrate hard layers with an N value exceeding 30, which cannot be reached by SWS tests, allowing for excavation up to around 30 meters deep. By measuring the number of strikes and simultaneously measuring the rotational torque to accurately correct for the effects of surface friction, it calculates highly precise ground strength data with correlation equivalent to that of boring tests. The use of dry construction without water and the reduction of the need for large scaffolding assembly minimizes the effort for temporary setup and removal, enabling verification of the bearing layer with overwhelming short construction periods and low costs compared to boring investigations. This effectively mitigates delays in the construction process and budget overruns for steel frame buildings in small urban sites.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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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.

In the construction of steel frame buildings on small plots in urban areas, accurately understanding the bearing layer is essential for designing foundations that can withstand high loads; however, the limitations of large boring machines pose a technical obstacle. This service employs a small crawler-type automatic ram sounding testing machine, providing a solution to complete high-precision deep bearing layer investigations even in densely populated urban areas. The fully automatic striking device allows a 63.5 kg hammer to free fall from 500 mm, automatically recording the Nd value for every 200 mm penetration, thereby continuously visualizing the bearing layer equivalent to an N value of 50 and the stratigraphic composition up to a maximum depth of 30 m. By applying friction correction through torque measurement, we provide high-precision data that can be directly compared to the N values from standard penetration tests, ensuring robust ground evidence necessary for structural calculations. Continuous measurements at multiple locations capture the inclination and thickness variations of the bearing layer, enabling the design of optimal pile lengths on a unit basis, achieving safe and economical foundation quality, and guaranteeing the long-term safety of the building.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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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.

In developed embankment areas on hilly or sloped land in urban suburbs, the unevenness of ground compaction raises concerns about the risk of differential settlement in subdivided built homes. As a result, excessive ground reinforcement work, based on an unnecessarily high safety factor, has become the norm, putting pressure on builders' profits. Geotech provides ground investigation services that accurately assess the unique risks of embankment areas and support "optimal foundation design" to prevent excessive reinforcement. Our analysis goes beyond mere N-value measurements to comprehensively evaluate shrinkage risks based on the years of embankment construction and thickness, as well as the consolidation settlement characteristics of different soil types. Based on data from multiple points, we calculate the maximum settlement within the site and the deformation angle (tilt) of the building, comparing these with the standards set by regulations (such as the presence or absence of self-settlement layers at 2m and 5m below the foundation). By calculating precise allowable stress considering load distribution according to depth, we minimize the scale of reinforcement work without compromising safety, achieving a rational foundation design that directly improves the cost performance of the built home business.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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Site Investigation | Optimal Foundation Design Site Investigation for Land Development of Fill Areas in Subdivided Built Homes

Significantly improve profit margins in subdivided built-for-sale houses on filled land! By utilizing high-precision surveys and subsidence analysis, we achieve zero excessive reinforcement, balancing safety and cost.

In the residential development business conducted on filled land, excessive fears of ground subsidence risks lead to uniform reinforcement assessments, resulting in excessive improvement construction costs that reduce builders' profit margins. The ground investigation services provided by Geotech achieve optimal foundation design by thoroughly suppressing excessive reinforcement through the integration of precise site data and advanced analytical techniques. The investigation accurately assesses soil characteristics and penetration resistance using equipment such as the SDS testing machine, and analyzes the years of fill construction and the properties of the self-sinking layer in detail. Based on the stress propagation mechanisms at depths of 2m and 5m below the foundation, it precisely calculates the maximum subsidence and the deformation angle of the building. It eliminates ambiguous long piles and excessive columnar improvements, minimizing construction costs while maintaining safety. The objective evidence obtained also responds immediately to ground warranty assessments, strongly supporting the improvement of profitability in the residential development business and long-term quality assurance.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Site investigation | Precise analysis of cut and fill boundaries in built houses on embankment land!

Thoroughly clarifying the dangers of steep slopes and proximity to retaining walls! An optimal foundation design that balances safety and cost by eliminating excessive construction in subdivided residential areas built on embankments.

When constructing subdivided built-for-sale houses on embankment sites with elevation differences, the risks of differential settlement due to the mixture of cut and fill, known as "cut-and-fill crossing," and the lack of backfill soil near retaining walls become serious challenges. Geotech provides ground investigation solutions that accurately identify these unique vulnerabilities of complex construction sites, achieving a high balance between safety and cost. The investigation combines penetration measurements at multiple locations with level height difference surveys to three-dimensionally identify the position and elevation differences of the cut-and-fill boundary. Additionally, soil classification using torque measurements allows for precise settlement amount simulations based on cohesive and granular soils. The collected data is meticulously examined by experienced specialists, thoroughly eliminating unnecessary improvement works that anticipate excessive safety factors. This results in the provision of well-founded optimal foundation designs, significantly contributing to quality assurance and cost reduction in subdivided built-for-sale projects.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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[For House Manufacturers] Residential Development on Embankment Land - Optimal Foundation Design and Ground Survey

Optimal foundation design that balances safety and cost in subdivided built-for-sale houses on filled land.

Dear house manufacturers, are you struggling with declining profit margins due to excessive improvement costs arising from uniform reinforcement assessments in the development of residential properties on embankment sites, driven by concerns over ground subsidence risks? GeoTech's ground investigation services combine precise on-site data with advanced analytical techniques to achieve optimal foundation designs that minimize excessive reinforcement, ensuring safety while reducing construction costs. The objective evidence obtained also supports the review of ground guarantees, enhancing business profitability and providing long-term quality assurance. 【Usage Scenarios】 - Residential property development on embankment sites - Assessment of ground subsidence risks - Optimization of foundation design - Consideration of cost reduction 【Benefits of Implementation】 - Cost reduction through decreased excessive reinforcement - Assurance of safety and quality - Improvement of business profitability

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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[For Architectural Design Offices] Optimal Foundation Design and Ground Investigation for Embankment Construction Sites

High-precision ground survey of embankment construction sites to enhance design flexibility.

Architectural design firms are required to maximize design freedom while ensuring the safety and cost efficiency of buildings. Particularly in embankment areas, consideration of ground subsidence risks is essential; however, excessive reinforcement can become a constraint on design and may lead to increased costs. Our ground investigation services combine precise field data with advanced analytical techniques to accurately understand the characteristics of embankment areas and achieve optimal foundation design that minimizes excessive reinforcement. This supports safe and economical architectural planning without compromising design freedom. 【Usage Scenarios】 - Design of single-family homes and subdivided built homes in embankment areas - Architectural projects that prioritize design freedom - Projects that require a balance between cost efficiency and safety 【Benefits of Implementation】 - Ability to select optimal foundation specifications while maintaining design freedom - Improved cost efficiency through the reduction of excessive ground improvement construction costs - Highly reliable design proposals based on objective survey data - Prompt response to ground guarantee reviews

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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[For Land Utilization Consultants] Optimal Foundation Design and Ground Investigation for Embankment Construction Sites

Support for the feasibility assessment of earth-filled land projects. Control excessive reinforcement to balance safety and cost.

Land use consultants are required to accurately understand ground risks in real estate development and optimize associated costs in business viability assessments. Particularly in embankment areas, excessive ground improvement is often carried out due to concerns about ground subsidence risks, which can pressure business profitability. Our ground investigation services utilize precise on-site data and advanced analytical techniques to thoroughly analyze the characteristics of embankment areas, enabling optimal foundation design that eliminates excessive reinforcement. This contributes to reducing construction costs while ensuring safety, thereby supporting the improvement of business profitability. 【Application Scenarios】 - Business viability assessment for residential development projects on embankment areas - Ground risk assessment to maximize land potential - Consideration of profitability improvement through optimization of construction costs 【Benefits of Implementation】 - Increased profit margins through reduction of excessive ground improvement costs - More accurate business profitability forecasts based on objective evidence - Smooth business planning through prompt responses to ground warranty reviews

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Site Investigation | Visualization Survey of Ground Bearing Capacity to Optimize Pile Layout for New Building Construction on Soft Ground

3D visualization of ground bearing capacity for new building construction on weak ground! It simultaneously achieves the maintenance of structural safety and optimization of construction costs by preventing excessive piling.

This technical solution is a high-level ground investigation service aimed at new construction plans for mid-rise and heavy-load buildings on soft ground, optimizing pile layout and foundation structure by visualizing ground bearing capacity from multiple perspectives. In construction sites where uneven soft layers or complex inclined supporting layers exist, relying solely on conventional single-point investigations for design can lead to excessive design, overestimating pile lengths and numbers to avoid settlement risks. Geotech conducts high-precision N-value acquisition through standard penetration tests and multi-point integrated analysis of deep penetration data, accurately visualizing the long-term and short-term allowable vertical bearing capacity of the ground and layer thickness changes in 3D images. By directly linking the obtained structural strength parameters to the architectural structural calculation model, it is possible to accurately determine the optimal pile layout and shortest pile length according to the actual load under each column. This eliminates unnecessary pile driving work and head cutting processes at the construction site, significantly reducing overall construction costs and timelines while perfectly ensuring structural safety. Furthermore, our qualified specialists prepare judgment documents that clearly outline the basis for analysis, allowing for a swift progression of structural conformity assessments and building confirmation reviews.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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Site Investigation | Optimize Pile Layout for New Buildings on Soft Ground! Detailed Ground Bearing Capacity Evaluation Survey

Clarifying settlement behavior in new building construction on soft, cohesive soil! Achieving a high level of both pile placement and structural safety through precise visualization of ground bearing capacity to prevent differential settlement.

This technical solution is a ground consulting service that eliminates the risk of uneven settlement, which is likely to occur in new building construction plans on soft, cohesive ground. It ensures the long-term safety of buildings through precise evaluation of ground bearing capacity and optimization of pile placement. In sites where alluvial clay and soft soil layers are deeply distributed, concerns arise about uneven slopes and structural cracks due to eccentric loads from superstructures and long-term consolidation settlement. Geotech combines standard penetration tests, laboratory soil tests, and multi-point ground bearing capacity measurements to accurately visualize the consolidation yield stress and deformation angles of cohesive soils through numerical simulations. By linking the obtained quantitative data with the axial and lateral forces under the columns of the superstructure, we establish an optimal pile placement design that focuses on areas with high settlement risk. This prevents excessive piling due to overly conservative safety factor estimates while providing reliable ground evidence that smoothly passes rigorous structural compatibility assessments and building confirmation reviews. We support the asset value and preservation of buildings throughout their lifecycle.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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Site Investigation | Precision Ground Bearing Capacity Visualization Survey to Optimize Pile Layout for New Construction on Narrow Lots

Visualizing continuous ground bearing capacity in the construction of new buildings on narrow plots with moving-in restrictions! By conducting space-saving high-precision surveys, we prevent excessive pile length design and optimize pile placement.

This technical solution is a high-precision ground investigation service aimed at new building sites in urban areas where large machinery cannot easily access. It visualizes soil bearing capacity and optimizes pile placement through space-saving automatic continuous measurement. In densely populated urban areas or construction sites facing narrow streets, it has been difficult to set up conventional large boring machines, often leading to designs that assume excessive safety factors without obtaining sufficient data on the supporting layers, resulting in overly long and numerous piles. GeoTech employs a compact self-propelled automatic penetration device, approximately 830mm wide, allowing for smooth equipment transport even in tight spaces, and automatically obtains Nd values and rotational torque up to a maximum depth of 30m with high precision in 200mm increments. By clearly capturing the inclination of supporting layers and changes in soil bearing capacity from continuous data collected at multiple points within the site, we derive a rational pile placement design that eliminates unnecessary pile driving and excessive lengths, in conjunction with structural calculations. The speedy investigation procedure, which eliminates mud water treatment and large-scale temporary works on site, contributes to significant reductions in construction time and costs while considering the surrounding environment.

Company：ジオテック
Price：Other

Geological Survey Company
Ground foundation construction method
Pile and foundation work
investigation

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Site Investigation | Precision Ground Bearing Capacity Visualization Survey to Optimize Pile Layout for New Construction on Narrow Lots

Visualizing 3D ground bearing capacity for new building construction on complex ground! By suggesting optimal pile placement, we ensure structural safety while reducing unnecessary construction costs.

This solution is a high-precision ground consulting service aimed at new building construction plans in complex urban multi-layered ground and redevelopment areas. It visualizes ground bearing capacity in three dimensions to optimize pile placement and foundation design. In sites where embankments, alluvial clay layers, and sandy soil layers are intricately intertwined, traditional point investigations often fail to adequately assess local height differences and variations in ground bearing capacity, leading to unnecessary pile driving or excessive safety factor estimates to prevent unexpected settlement. Geotech integrates and analyzes extensive ground database GEODAS, multi-point continuous penetration tests, and detailed soil mechanics test data to accurately visualize the three-dimensional ground bearing capacity structure of the entire site. By directly linking the obtained continuous parameters to the axial and lateral forces in structural calculation models, it calculates the optimal pile placement and the minimum necessary accurate pile lengths according to load concentration areas. This significantly reduces unnecessary excessive piling work and material costs while providing reliable evidence that swiftly clears structural conformity assessments and application approvals, strongly guiding the project to success.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Site Investigation | Visualization Survey of Bearing Capacity to Optimize Pile Layout for New Building Construction on Soft Ground

Visualizing horizontal load capacity in new building construction on weak ground! By analyzing ground reaction forces, we prevent excessive pile diameter and reinforcement, achieving optimal pile placement.

This solution is a ground consulting service that accurately visualizes the horizontal bearing capacity and lateral ground reaction coefficient during earthquakes in building construction plans on soft ground, optimizing pile layout and foundation structure. In sites where thick soft layers are distributed, there has been a challenge of selecting excessively thick pile diameters and excessive pile driving to suppress the bending moment at the pile head and horizontal displacement during earthquakes. GeoTech conducts penetration measurements at multiple points and integrated analysis of ground deformation characteristics, accurately depicting the lateral ground reaction coefficient (Kh) and allowable vertical bearing capacity as numerical data for each depth. By linking the obtained ground bearing capacity parameters to the structural calculation model, we derive the minimum number of piles and optimal pile diameter and pile head reinforcement specifications according to the axial and horizontal forces under each column. This eliminates excessive design and significantly reduces construction labor and material costs while maintaining structural safety. A report with clear calculation basis also facilitates smooth structural compatibility assessment.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Geotechnical investigation regarding the slope of the supporting layer for riverfront condominium development.

A multifaceted examination of the slope of the supporting layer of riverfront condominiums!

In the construction project of condominium buildings along riverbanks, it is essential to thoroughly examine the underground risks, such as the complex strata and the inclination of supporting layers caused by changes in the river's flow. Relying solely on single measurement data or automated assessments may overlook the unevenness of microtopography and potential subsidence risks, which could lead to future building subsidence or structural damage. Geotech provides multifaceted ground investigations conducted by qualified staff in accordance with ISO 9001 standards. In addition to on-site data, we analyze and correlate tens of thousands of neighboring data points to accurately identify the inclination of supporting layers. We support safe foundation design with clear reports and a ground warranty system. 【Usage Scenarios】 - Ground risk assessment for condominium construction along riverbanks - Ground investigation in areas where steep inclinations of supporting layers are a concern - Understanding the unevenness of microtopography and potential subsidence risks - Reducing the risk of future building subsidence and structural damage 【Benefits of Implementation】 - Accurate understanding of ground risks and formulation of appropriate countermeasures - Ensuring long-term safety and reliability of buildings - Risk avoidance and cost optimization during the design phase - Gaining trust from stakeholders and facilitating smooth project advancement

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Automated diagnostic system for infrastructure equipment "Hayabusa"

We measure acceleration, tilt, and distance to record on the server for measuring the vibrations, expansion, and gaps of the structure.

We have succeeded in capturing and visualizing the transformation and disappearance of the energy we use in "Hayabusa" into various forms. This has enabled energy-saving methods and efficient maintenance through predictive measures. By using sensors with wireless terminals, we can achieve this at a low cost. Since it operates on a web browser, there is no need to install software, and PCs and mobile phones can be used as terminals. Various sensors can be utilized, including current, power, temperature, humidity, and human presence. Because it operates on a web browser, there is no need for software installation. The server automatically analyzes the data, and if any anomalies are detected, it immediately reports the details and location via email. For more information, please download the catalog or contact us.

Company：キャトル
Price：Other

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Automated Diagnostic System for Production Equipment "Hayabusa"

High-speed measurements 100 times per second! It measures the instantaneous acceleration caused by the vibration of the equipment body and the fluctuating load before and after startup, and records it on the server!

We have succeeded in capturing and visualizing the transformation and disappearance of the energy we use in "Hayabusa" into various forms. This has enabled energy-saving methods and efficient maintenance through predictive measures. By using sensors with wireless terminals, we can achieve this at a low cost. Since it operates on a web browser, there is no need to install software, and PCs and mobile phones can be used as terminals. Various sensors such as current, power, temperature, humidity, and human presence can be utilized. Because it operates on a web browser, no software installation is required. The server automatically analyzes the data and, if any anomalies are detected, immediately reports the details and location via email. For more details, please download the catalog or contact us.

Company：キャトル
Price：Other

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Infrastructure Maintenance Business for Plants

Inspection, investigation, and evaluation of pipelines utilizing knowledge and technology related to public sewers.

In the plant industry, stable operation of equipment is crucial, and maintenance of infrastructure facilities is essential. The deterioration of aging sewer pipes can impact plant operations, necessitating early detection and appropriate measures. Our infrastructure preservation business utilizes knowledge and technology related to public sewer systems to conduct inspections, surveys, evaluations, and the formulation of countermeasures for pipelines. 【Usage Scenarios】 - Inspection of drainage pipelines within the plant - Investigation of aging sewer pipes - Repair and maintenance design for pipelines 【Benefits of Implementation】 - Contributes to stable operation of equipment - Extends the lifespan of infrastructure facilities - Reduces operational risks

Company：パスキン工業
Price：Other

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Geological Survey and Well Drilling for Construction

Listening to the messages from the earth...

In the construction industry, accurately understanding ground information is essential to ensure the safety and durability of buildings. Understanding the characteristics of the ground in the design of foundation work is very important for establishing appropriate structural designs and construction plans. Inadequate ground surveys increase the risk of serious accidents such as differential settlement and ground collapse. Our geological survey and well-drilling services provide accurate foundational data and abundant geological information through reliable survey and analysis techniques, continuously offering proposals for design and construction. 【Usage Scenarios】 * Foundation work design * Planning of ground improvement work * Soil contamination surveys * Groundwater surveys 【Benefits of Implementation】 * Improved safety of buildings * Optimization of construction costs * Potential for shortened construction periods * Reduction of environmental risks

Company：パスキン工業
Price：Other

Other civil engineering works
investigation

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Geological survey and drilling for geothermal power generation.

Listen to the message from the earth and support geothermal power generation.

In the geothermal power generation industry, obtaining accurate geological information is essential for the effective utilization of underground resources. In particular, identifying geothermal reservoirs and understanding the flow paths of hot water are crucial factors that influence power generation efficiency. Inadequate geological surveys can lead to drilling failures and decreased power generation. Our geological survey and drilling services provide accurate foundational data and abundant geological information through reliable survey and analysis techniques, supporting the design and construction of geothermal power plants. 【Application Scenarios】 - Construction of geothermal power plants - Evaluation of geothermal reservoirs - Performance assessment of existing wells 【Benefits of Implementation】 - Efficient design of geothermal power plants - Reduction of drilling risks - Maximization of power generation

Company：パスキン工業
Price：Other

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Geological Survey and Well Drilling for Urban Development

Listen to the messages from the earth and support underground space development.

The effective utilization of underground space in urban development is essential for the advanced use of land and the expansion of urban functions. To ensure the safety and sustainability of underground spaces, accurate information gathering about the ground is crucial. Understanding the characteristics of the ground leads to optimized design, reduced construction costs, and long-term safety assurance. Our geological survey and drilling services support the success of underground space utilization in urban development. 【Utilization Scenes】 * Construction of underground structures such as subways, underground shopping areas, and parking lots * Development of underground infrastructure (lifelines) * Ground improvement work 【Effects of Implementation】 * Optimization of design through the provision of accurate ground information * Reduction of construction costs and shortening of construction periods * Improvement of safety and durability of underground spaces

Company：パスキン工業
Price：Other

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