investigation Product List and Ranking from 232 Manufacturers, Suppliers and Companies

Early soil investigation to prevent construction delays during rebuilding for commercial facilities | Geotech

Reduce soil risks in the rebuilding and renovation of commercial facilities to facilitate tenant attraction.

To those in charge of planning the reconstruction of commercial facilities or large-scale equipment renovations: To proactively avoid the risks of future negative legacies and construction delays, early voluntary soil condition surveys are essential. With years of operation, the risk of chemical leakage into the ground due to pipe deterioration and aging infrastructure is increasing. To prevent these issues, it is important to conduct a legacy risk inventory that scrutinizes the history of hazardous substance handling from the operational phase, and to implement reliable measures to prevent chemical leaks. This document clearly maps out the practical procedures for conducting early soil condition surveys that should be carried out at a clear stage before construction work begins. By utilizing the advanced sampling and the latest analytical expertise of Geotech, an investigation agency designated by the Ministry of the Environment, we can visualize the invisible contamination status of the ground as objective evidence without halting facility operations, and present a concrete approach to expedite administrative consultations and development permit approvals. 【Usage Scenarios】 - During the planning of reconstruction or renovation of commercial facilities - Environmental risk assessment before tenant attraction - Expediting development permit applications - Avoiding future soil contamination issues 【Benefits of Implementation】 - Reduction of construction delay risks - Suppression 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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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.

In urban areas, the construction of steel frame buildings on narrow plots often faces challenges due to site width and restrictions on the delivery of large boring survey machinery. The "Automatic Ram Sounding Test" proposed by Geotech utilizes a compact self-propelled survey machine with a width of just 830 mm, enabling smooth surveys even in tight spaces and sites with delivery limitations. Equipped with an automatic continuous penetration mechanism using a 63.5 kg hammer, it can continuously advance and measure through hard layers exceeding an N value of 30, which traditional SWS tests cannot address, as well as deeper layers. Additionally, by automatically acquiring the number of blows (Nd value) and rotational torque every 200 mm of penetration, it corrects for the effects of side friction and calculates highly accurate ground data that correlates well with the N value from standard penetration tests. Since there is no need to assemble scaffolding, installation and removal are easy, allowing for rapid verification of bearing layers while significantly reducing costs. This greatly contributes to the safe design of pile foundations and the efficiency of processes in the construction and renovation of steel frame buildings in urban areas.

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 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.

In the construction of subdivided built-for-sale houses on developed embankment land in hilly and sloped areas, the risks of differential settlement due to ground unevenness and the excessive ground reinforcement costs to avoid this have become significant challenges. Geotech provides unique ground investigation and analysis solutions that accurately capture the complex ground behavior specific to embankment land, achieving a high level of safety and cost efficiency. Our investigations adopt a unique evaluation standard consisting of three items and eight elements: "ground strength, shrinkage, and deformation," in addition to legal standards. Furthermore, by introducing the SDS test, which digitally measures torque and penetration speed, we have achieved accurate automatic identification of soil types that was difficult with traditional SWS tests. We analyze the thickness of the embankment, years elapsed, compaction level, and soil settlement characteristics from multiple angles, allowing us to precisely calculate the allowable stress beneath the foundation. This leads to "optimal foundation design," preventing unnecessary long piles and excessive ground improvement, and strongly supports the reduction of total costs for built-for-sale houses and the assurance of long-term safety.

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 | Balancing Safety and Cost in the Sale of Newly Built Homes on Embankments

Thorough analysis of differential settlement risks in subdivided built-for-sale houses on filled land using surrounding environmental and geological data. We achieve optimal foundation design that eliminates waste.

When constructing prefabricated houses on embankment sites such as those created by terracing, there is a hidden risk of significant differential settlement accidents due to the uneven ground bearing capacity within the site and the influence of ancillary structures such as retaining walls and soil supports. Geotech's ground surveys provide a comprehensive risk assessment that goes beyond mere measurements of ground strength. They integrate terrain classification, preliminary investigations of past land history, and on-site inspections to confirm anomalies such as cracks in neighboring houses and deformations of retaining walls. Particularly, vulnerabilities that are often overlooked, such as the boundary between cut and fill (cut-and-fill crossing) and insufficient compaction of backfill soil behind retaining walls, are revealed three-dimensionally through data balance from SWS tests and elevation surveys. The resulting complex data is analyzed from multiple angles by experienced specialized staff, allowing for the calculation of true ground bearing capacity that excludes irregular factors. By preventing the overestimation of ground risks, unnecessary ground reinforcement can be eliminated, strongly supporting "optimal foundation design" that ensures both profit for the prefabricated housing business and reliable safety.

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 | Soil Quality Assessment and Optimal Foundation Design Ground Investigation for Residential Development on Embankment Land

Significant reduction of excessive ground improvement costs! Proposal for optimal foundation design based on high-precision SDS testing and settlement analysis for residential buildings on embankment land.

In the areas where the construction of subdivided built houses is progressing on embankment sites, excessive reinforcement based on overly cautious safety factors is rampant due to concerns about subsurface irregularities and settlement risks after land development, leading to rising construction costs. Geotech offers ground investigation services that ensure safety while cutting unnecessary construction costs through high-precision measurements and logical analysis. This service introduces the SDS test, which automatically identifies soil types (such as sandy soil, clayey soil, and humus soil) through torque measurement, allowing for detailed numerical representation of the embankment's composition. Furthermore, it conducts settlement simulations based on an annual analysis of 100,000 data points, comprehensively evaluating stress distribution at depths of 2m and 5m below the foundation, the number of years since land development, and the deformation angles within the site. This approach eliminates uniform judgments regarding columnar improvements and pile work, presenting an "optimal foundation design" that can be addressed with direct foundations or minimal improvements. It is an ideal ground investigation solution that enhances the profitability of builders while providing a solid basis for safety to buyers of subdivided houses.

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 | Eliminate excessive reinforcement in subdivided built homes on embankment land!

Solving the risk of differential settlement in the construction of built-for-sale houses on filled land through terrain analysis and unique standards! Preventing excessive improvements while balancing safety and cost.

In the construction of subdivided built-for-sale houses on developed embankment sites in hilly areas and slopes, the mixed conditions of cut and fill, along with the risk of uneven settlement due to past land history, and the cost pressure from excessive ground reinforcement are significant issues. Geotech provides a ground investigation service that consistently conducts advanced site analysis and expert assessments from preliminary land history investigations, achieving a high balance between safety and cost. The investigation extracts potential risks such as old valleys and ponds from new and old topographic maps and aerial photographs, while obtaining static penetration data from multiple points. It accurately analyzes the risk of differential settlement by three-dimensionally understanding the cut-and-fill boundaries (the boundary between cut and fill) and elevation differences within the site. Utilizing its unique criteria of "strength, shrinkage, and deformation" with eight elements and an annual analysis record of 100,000 cases, it comprehensively evaluates soil quality and environmental factors that are often overlooked in automated calculations. It presents an "optimal foundation design" that eliminates excessive safety margins, significantly contributing to the improvement of profit margins in built-for-sale housing projects and ensuring long-term safety.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Site Investigation | Ground Investigation for Environmentally Considerate and Cost-Reducing Residential Development on Embankment Land

High-precision surveys for the sale of built houses on filled land! By selecting the optimal ground reinforcement method and reducing excess soil, we achieve both safety and cost-effectiveness.

In the construction of subdivided houses built on filled land, the rising costs associated with unnecessary ground reinforcement work and large-scale disposal of surplus soil have become significant challenges that drive up construction costs. Geotech's ground surveys achieve both safety assurance and reduction of environmental impact and costs through high-precision data measurement and optimization of construction methods. The surveys utilize the SDS test, which automatically identifies soil types, to calculate accurate settlement amounts based on the underground soil layers. By applying our unique three-item, eight-factor criteria based on "strength, shrinkage, and deformation," we can pinpoint the necessity of reinforcement and the required improvement depth. This approach helps avoid excessive columnar improvements and steel pipe piles, allowing us to propose the most cost-effective reinforcement plans, including surface improvements and direct foundations. This significantly reduces surplus soil disposal costs and construction expenses, greatly contributing to builders' profit enhancement and providing high reliability to buyers.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Ground investigation using ram penetration test for small detached houses.

Ground investigation that accurately identifies deep support layers even in narrow sites.

In residential construction, particularly for small detached houses, there is a challenge due to limited site space, which makes it difficult to bring in large machinery and accurately determine the depth of the supporting layer. This is also the case when the front road is narrow. This service uses a small self-propelled automatic ram sounding test machine, providing an optimal solution to this challenge by smoothly conducting deep ground investigations even in narrow sites or locations with access restrictions. 【Usage Scenarios】 - Construction of single-family homes on small urban lots - Sites where the front road is narrow and large machinery cannot be brought in - When accurate understanding of deep supporting layers is required 【Benefits of Implementation】 - Prevention of excessive pile length design - Reduction of unnecessary pile reinforcement costs - Realization of rational structural design - Provision of reliable and trustworthy ground quality

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Ground investigation for built-for-sale houses on embankment construction sites for house manufacturers.

Conduct ground surveys that balance safety and cost for a housing project on filled land.

In the quality assurance of house manufacturers, it is necessary to ensure the long-term safety of built-for-sale homes while controlling construction costs. Particularly in embankment areas developed on hilly or sloped land, the risks of differential settlement due to uneven ground and the excessive ground reinforcement costs required to address these issues are challenges. Geotech captures the unique ground behavior of embankment areas and provides ground surveys and analyses that excel in balancing safety and cost. Our surveys adopt unique evaluation criteria in addition to legal standards, including ground strength, shrinkage, and deformation. Furthermore, the SDS test, which digitally measures torque and penetration speed, enables accurate identification of soil types. This helps prevent unnecessary long piles and excessive ground improvement, supporting the reduction of total costs for built-for-sale homes and ensuring long-term safety. 【Usage Scenarios】 - Construction of built-for-sale homes on embankment areas - Reduction of differential settlement risks - Optimization of ground reinforcement costs 【Effects of Implementation】 - Strengthening quality assurance for built-for-sale homes - Proper adjustment of construction costs - Improvement of customer satisfaction

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 that balances safety and cost during renovation for contractors.

Perfect for renovation projects! Achieving safety and cost-effectiveness with unique analysis standards and SDS testing.

In the remodeling industry, it is essential to accurately understand the ground conditions during the renovation and expansion of existing buildings, ensuring safety while keeping costs down. In particular, the unevenness of the ground caused by past development conditions and aging can increase the risk of differential settlement, potentially leading to unexpected additional work and cost increases. Our ground investigation captures the complex ground behavior unique to embankment areas, providing solutions that balance safety and cost. In addition to regulatory standards, we introduce a unique evaluation criterion consisting of three items and eight elements related to "ground strength, shrinkage, and deformation," along with the SDS test for accurately identifying soil types, preventing excessive ground reinforcement and guiding optimal foundation design. 【Usage Scenarios】 - Renovation and expansion work on existing buildings - Buildings on embankment areas - Areas where ground unevenness is a concern - When safety needs to be ensured while keeping costs down 【Benefits of Implementation】 - Reduction of differential settlement risk - Reduction of excessive ground reinforcement costs - Assurance of long-term safety for buildings - Execution of construction within planned timelines and budgets

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 for residential land development on embankment sites for real estate development.

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

In the residential development business on embankment land, concerns about ground subsidence risks can lead to excessive improvement costs due to uniform reinforcement assessments, resulting in decreased profit margins. Geotech's ground investigation services combine precise site data with advanced analytical techniques to achieve optimal foundation designs that minimize excessive reinforcement, thereby supporting improved business profitability. 【Usage Scenarios】 - Residential development business on embankment land - Reduction of ground subsidence risks - Control of excessive improvement costs 【Benefits of Implementation】 - Improved business profitability - Ensured safety and minimized costs - Prompt response to ground warranty assessments

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Optimal foundation design and ground survey for residential sales houses on embankment construction sites for construction companies.

Improve profit margins in subdivided built-for-sale houses on filled land! Eliminate excessive reinforcement.

In the residential development business on embankment land, concerns about ground subsidence risks can lead to excessive improvement costs due to uniform reinforcement assessments, resulting in decreased profit margins. GeoTech's ground investigation services combine precise site data with advanced analytical techniques to achieve optimal foundation design that minimizes excessive reinforcement. This ensures safety while minimizing construction costs. 【Usage Scenarios】 - Residential development business on embankment land - Evaluation of ground subsidence risks - Optimization of foundation design 【Benefits of Implementation】 - Cost reduction through the reduction of excessive reinforcement - Improvement of business profitability - Prompt response to ground warranty assessments

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 Survey to Determine the Inclination of Support Layers for Riverfront Condominium Development

Clarifying the slope of the supporting layer essential for the construction of riverside condominiums! Geotech's precise ground investigation prevents excessive pile length through multi-point surveys and data analysis.

In the condominium project being constructed along the river, it is extremely important to take appropriate measures against the risks associated with understanding river flow, the complex deposition of alluvial layers due to historical changes, and the steep inclination of supporting layers underground over short distances. If there are insufficient survey points, misjudgment of the depth of the supporting layers can lead to settlement accidents due to inadequate pile length, or excessive safety factors may result in the design of unnecessarily long piles, significantly inflating construction costs. The precise ground investigation services provided by Geotech efficiently conduct dynamic penetration tests, such as automatic ram sounding tests, at multiple locations in addition to standard penetration tests through boring investigations. By highly correlating the obtained high-density continuous data with the company's extensive surrounding ground database "GEODAS," we accurately identify the inclination of supporting layers and uneven layer composition across the entire site in three dimensions. This allows for pinpoint optimization of the length of each pile, significantly reducing unnecessary pile material costs and construction expenses while maintaining structural safety.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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

3D visualization of ground bearing capacity in building construction on weak ground! By linking structural calculations, we reduce excessive piling while ensuring both safety and cost-effectiveness.

This solution is a ground consulting service that optimizes pile placement by integrating high-precision visualization of bearing capacity and structural calculation models in building construction plans on soft ground. Traditional foundation designs that rely solely on single-point boring surveys tend to overestimate safety factors to accommodate uneven support layer undulations, leading to unnecessary pile driving and excessive specifications for pile diameter and quantity. Geotech integrates precise multi-point sounding surveys and detailed laboratory soil test data within the site to accurately visualize the three-dimensional distribution of ground bearing capacity and the irregularities of support layers. By conducting precise optimal stress analysis that correlates the highly reliable bearing capacity constants obtained with the axial and lateral forces of each column in the superstructure, we derive the minimum necessary number of piles and appropriately optimized pile lengths in millimeter increments while maintaining structural safety. This preemptively resolves unexpected issues such as insufficient pile lengths or excessive pile head cutting processes at the construction site, directly leading to significant reductions in construction costs and material expenses. Furthermore, the clear calculation basis provided in the judgment report facilitates smoother 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 | Precise Bearing Capacity Evaluation Survey to Optimize Pile Layout for New Construction on Soft Ground

Prevent construction troubles in new buildings on weak ground! By visualizing soil bearing capacity with high precision, we prevent excess or insufficient pile lengths and reduce overall site costs.

This solution is a high-precision ground investigation service that completely eliminates issues such as insufficient pile length, excessive pile driving, and construction rework troubles that are likely to occur during the construction of new buildings on soft ground. In construction sites with uneven soft soil layers or inclined bearing layers, unexpected drops in bearing layers can be discovered due to misjudgments from conventional coarse investigations, often resulting in the need for additional pile length or work stoppages. GeoTech employs a fully automated continuous measurement system to automatically collect penetration resistance and rotational torque at multiple points within the site at high density, in 200mm increments. Based on the reliable electronic data obtained, the three-dimensional undulations of the bearing layer and the allowable vertical bearing capacity are clearly visualized, allowing for the precise identification of the minimum necessary pile length and pile arrangement corresponding to the placement positions under each column in advance. This dramatically compresses unnecessary on-site tasks such as cutting and chipping of excess pile heads and reduces excessive equipment downtime, directly leading to significant reductions in overall construction costs and project timelines while ensuring safe and smooth site operations.

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

Visualizing ground resistance by overcoming underground obstacles during the construction of a new building on a demolition site! Preventing overdesign while simultaneously achieving optimal pile placement and cost reduction in construction.

This solution targets new building construction plans in demolition sites and redevelopment areas, providing high-precision ground consulting services that accurately visualize deep soil bearing capacity while eliminating the impact of underground obstacles and optimizing pile placement. In uneven fill and backfill ground mixed with old foundations and concrete debris, traditional simple surveys often fail to penetrate, leading to concerns about unexpected settlement risks and the tendency to choose overly conservative designs with excessive pile lengths and numbers due to inflated safety factors. Geotech employs a sounding test machine with high penetration capability to safely penetrate underground debris layers and obtain true bearing layer data up to a depth of 30 meters. By using automatic torque correction to negate the effects of side friction, we accurately digitize the effective N-value strength in 200mm increments. This data is directly linked to the superstructure calculation model to pinpoint the optimal pile placement and appropriate pile lengths. This approach completely prevents rework on-site and pile eccentricity issues, achieving reliable structural safety protection and construction cost reduction.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Site Investigation | Optimizing Pile Layout for New Construction on Weak Soil Using DB Composite Ground Bearing Capacity Survey

Clarifying the unevenness of the supporting layer for new buildings on soft ground through the comparison of wide-area ground databases and multi-point measurements! Preventing excessive pile design and achieving optimization of pile placement.

This solution is a ground consulting service that highly integrates and correlates extensive ground database and multi-point field sounding measurements for building new construction plans on soft ground. In sites where uneven soft soil layers and complex undulations of bearing layers are hidden, relying solely on single-point investigations can lead to evaluation errors of the supporting ground, directly resulting in excessive designs such as unnecessary extensions of pile lengths and increases in the number of piles. Geotech immediately cross-references accumulated surrounding boring data (GEODAS) with continuous Nd values and torque data obtained on-site. This allows for the precise identification of the three-dimensional transition of ground bearing capacity and local soft spots. By directly linking the visualized ground bearing capacity values with structural calculation models, we determine the minimal pile layout and optimized pile lengths in millimeter increments according to stress concentration under columns. This prevents rework of pile head drilling and chipping at the construction site, significantly optimizing construction budgets and timelines.

Company：ジオテック
Price：Other

Site and ground investigation
Geological Survey Company
Geological Survey
investigation

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Precise bearing capacity evaluation survey for new building construction on soft ground for real estate development.

Prevent construction troubles and reduce costs in new building projects on soft ground.

In the real estate development industry, issues such as insufficient pile length, excessive piling, and rework during construction can increase project risks when building new structures on soft ground. Particularly in cases where there are uneven soft soil layers or sloped bearing layers, conventional surveys may misidentify the bearing layer, leading to unexpected situations that can cause construction delays and additional costs. Our high-precision ground investigation service reduces these risks and optimizes site management. Using a fully automated continuous measurement system, we collect high-density data from multiple points within the site, clearly visualizing the three-dimensional undulations of the bearing layer and the allowable vertical bearing capacity. This allows us to identify the minimum necessary pile length and pile arrangement for each column in advance, preventing unnecessary work and delays on site. [Usage Scenarios] - New building projects on soft ground - Complex ground where understanding the bearing layer is difficult - Reducing the risk of cost increases due to excess or insufficient pile length - Preventing construction troubles in advance [Benefits of Implementation] - Controlling cost increases due to excess or insufficient pile length - Preventing rework issues during construction - Optimizing site management - Reducing overall construction costs and project duration

Company：ジオテック
Price：Other

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

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[For House Manufacturers] Precise Bearing Capacity Evaluation Survey for New Building on Weak Ground

Preventing construction troubles and improving quality in new building projects on weak ground.

For house builders aiming to improve quality in new building construction, construction troubles on soft ground are an unavoidable challenge. In particular, insufficient pile length, excessive driving, and the resulting rework can complicate site management and increase costs, potentially affecting the final quality of the building. When there are uneven soft soil layers or sloped bearing layers, traditional investigation methods can lead to misjudgment of the bearing layers, resulting in unexpected subsidence of the bearing layer, additional pile length requirements, or construction interruptions. Our high-precision ground investigation service collects high-density data at multiple points within the site using a fully automated continuous measurement system, clearly visualizing the three-dimensional undulations of the bearing layers and their allowable vertical bearing capacity. This allows us to pre-identify the minimum necessary accurate pile lengths and configurations based on the placement positions under each column, enhancing construction accuracy and contributing to quality improvement. 【Usage Scenarios】 - New building projects on soft ground - Ensuring quality through optimization of pile placement - Prevention of construction troubles - Efficiency in site management 【Benefits of Implementation】 - Improved construction accuracy by preventing excess or insufficient pile lengths - Reduced rework leading to shortened construction periods - Compression of overall construction costs - Realization of safe and smooth site operations

Company：ジオテック
Price：Other

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

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Automated Diagnostic System for Energy Equipment "Hayabusa"

Data such as current, voltage, power temperature, and illuminance will be measured at intervals of a few minutes and recorded 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, 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

Other measuring instruments
investigation

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Automatic Diagnosis System for Construction Equipment 'Hayabusa'

Temperature, humidity, current, differential pressure, flow rate, CO2, noise, etc. are measured at intervals of a few minutes and recorded on the server.

We have successfully captured and visualized 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, no software installation is required, 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 needed. The server automatically analyzes the data, and if any anomalies are detected, it promptly reports the details and location via email. For more information, please download the catalog or contact us.

Company：キャトル
Price：Other

Other measuring instruments
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Geological Survey and Well Drilling for Agriculture

Listen to the messages from the earth and optimize irrigation.

In agriculture, irrigation is a crucial factor that affects crop growth. To ensure an adequate water supply, the use of groundwater is essential, and it is important to understand the availability and quality of groundwater. Geological surveys and well drilling are indispensable for accurately assessing groundwater conditions and developing efficient irrigation plans. Our company provides accurate foundational data and abundant geological information through reliable survey and analysis techniques, and offers proposals for the design and construction of irrigation systems. 【Application Scenarios】 * Groundwater vein surveys * Well installation * Water quality surveys * Optimization of irrigation systems 【Benefits of Implementation】 * Securing a stable water source * Improving water use efficiency * Promoting crop growth * Reducing costs

Company：パスキン工業
Price：Other

Other civil engineering works
investigation

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Geological survey and drilling for infrastructure

Listen to the messages from the earth and support the seismic resilience of infrastructure.

In the infrastructure industry, ensuring seismic resistance is the most important issue to prevent the collapse of structures due to earthquakes. It is essential to accurately understand the characteristics of the ground and to carry out appropriate seismic design. Ground surveys and drilling serve to collect foundational data on ground information, which is useful for design and construction. 【Usage Scenarios】 - Seismic reinforcement of roads, bridges, tunnels, etc. - Seismic design of critical infrastructure such as dams and power plants - Liquefaction countermeasures 【Benefits of Implementation】 - Design of safer structures through the provision of accurate ground information - Reduction of earthquake risk - Extension of infrastructure lifespan

Company：パスキン工業
Price：Other

Other civil engineering works
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Geological survey and well drilling for landfill sites

Listen to the messages from the earth and ensure the safety of the reclaimed land.

In the waste management industry, particularly in landfills, ensuring ground stability is essential. For the long-term stable operation of landfills, it is necessary to accurately understand the risks of ground subsidence and soil contamination and to implement appropriate measures. Our geological survey and drilling services provide accurate ground information for the design, construction, and maintenance of landfills, supporting the safe operation of these sites. 【Usage Scenarios】 - Ground surveys for landfills - Soil contamination surveys and measures - Groundwater contamination surveys and measures - Design and construction of landfills 【Benefits of Implementation】 - Evaluation of ground stability and risk reduction - Reduction of soil and groundwater contamination risks - Assurance of long-term safety for landfills - Compliance with regulations

Company：パスキン工業
Price：Other

Other civil engineering works
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Disaster Prevention: Geological Survey and Well Drilling

Listen to the message from the earth and assess the liquefaction risk.

In the field of disaster prevention, it is important to minimize damage caused by liquefaction during an earthquake. Liquefaction occurs when the ground contains a lot of moisture, and the shaking from an earthquake causes soil particles to become loose, leading to building tilting and ground subsidence. To address this issue, accurate ground information is essential. Our geological survey and drilling services provide the foundational data needed to assess liquefaction risk and support safe design and construction. 【Usage Scenarios】 * Ground surveys in areas with potential liquefaction * Consideration of liquefaction countermeasures for existing buildings * Collection of ground information for disaster prevention planning 【Benefits of Implementation】 * Visualization of liquefaction risk * Implementation of appropriate liquefaction countermeasures * Improvement of building safety

Company：パスキン工業
Price：Other

Other civil engineering works
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Geological Survey and Well Drilling for Aquaculture Industry

Listen to the messages from the earth and support the sustainability of aquaculture.

In aquaculture, the condition of water quality and soil significantly impacts productivity. Particularly in the construction of aquaculture ponds and the use of groundwater, the stability of the soil and the assurance of water quality are crucial. Inadequate soil surveys and water quality management can lead to pond collapse, deterioration of water quality, outbreaks of fish diseases, and poor growth. Our company supports the creation of optimal environments for aquaculture through geological surveys and well drilling. 【Usage Scenarios】 - Soil surveys for the construction of aquaculture ponds - Well drilling for groundwater use - Assessment and countermeasures for water pollution risks 【Benefits of Implementation】 - Improved stability of aquaculture ponds - Optimization of water quality management - Increased productivity and reduced risks

Company：パスキン工業
Price：Other

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Product analysis, chemical substance management, and green procurement analysis.

Dimethyl fumarate (DMF) analysis and polycyclic aromatic hydrocarbons (PAHs) analysis

Currently, the RoHS directive, along with regulations such as REACH and green procurement, is being implemented by companies internationally, in line with the goal agreed upon at the 2002 World Summit (WSSD) to "produce and use all chemicals in a way that minimizes their impact on human health and the environment by 2020." Naito Environmental Management Co., Ltd. specializes in environmental and chemical analysis of water, soil, and products, and is equipped to handle chemical substance management and analysis in accordance with green procurement. We have developed unique measurement methods and offer contract analysis for "dimethyl fumarate (DMF) in silica gel and resin." We also conduct tests based on ZEK 01-08 (PAH testing for GS mark certification). For more details, please contact us or refer to our catalog.

Company：内藤環境管理
Price：Other

Other Management Services
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Water quality analysis, bacterial testing

We also handle testing for Cryptosporidium and Legionella species!

Small creatures that cannot be seen with the naked eye... microorganisms. Their existence cannot be confirmed without conducting tests. At Naito Environmental Management Co., Ltd., we conduct various microbiological tests in accordance with laws and regulations. Please use our services for hygiene management of facilities. We also provide testing for Cryptosporidium and Legionella, which are problematic waterborne pathogens. Even for the same test items, the testing methods may vary depending on the applicable laws and regulations. For more details, please contact us or refer to our catalog.

Company：内藤環境管理
Price：Other

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Accelerating the creation of exterior wall inspection reports with Smart ST for real estate.

Streamline everything from field surveys to report creation, significantly reducing work hours!

In the real estate industry, regular inspections of exterior walls and facilities are essential to maintain property value. Quick inspections and accurate report generation are required, but traditional paper-based inspections and manual report creation have been time-consuming and have contributed to decreased operational efficiency. Smart ST addresses these challenges by allowing data entry on-site via tablets and automatically generating reports. 【Usage Scenarios】 - Exterior wall inspections - Facility inspections - Repair planning - Property management 【Benefits of Implementation】 - Reduced inspection time - Lower report generation costs - Faster information sharing - Accurate information management

Company：スギテック京都本社
Price：Other

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Line Drone Building Inspection for Public Facilities

Streamlining safety management of public facilities with drones.

In public facilities, ensuring the safety of buildings is the top priority. Regular inspections are essential, but setting up scaffolding takes time and costs money, and the safety of the inspection work itself is also a concern. Our line drone building inspections address these challenges. By connecting a dedicated line to the drone, we ensure safety even in the event of an emergency and achieve efficient inspections. 【Usage Scenarios】 - Exterior wall inspections of public facilities such as schools, government buildings, and hospitals - Roof and structural inspections - Detailed surveys before large-scale repairs 【Benefits of Implementation】 - Safe inspections - Reduced inspection time and cost savings - Development of appropriate repair plans through high-precision data acquisition

Company：スギテック京都本社
Price：Other

Structural Survey
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