Surveying System Product List and Ranking from 28 Manufacturers, Suppliers and Companies | IPROS

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

Surveying System Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. 横浜測器 本社 Kanagawa//Trading company/Wholesale
  2. 山陽測器 Hiroshima//Trading company/Wholesale
  3. ジツタ 東京営業所 Tokyo//Information and Communications
  4. 4 アイサンテクノロジー Aichi//Information and Communications
  5. 5 ビィーシステム Hokkaido//Information and Communications
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Surveying System Product ranking

Last Updated： Aggregation Period:Feb 04, 2026～Mar 03, 2026
This ranking is based on the number of page views on our site.

  1. Proposal for a New Surveying Method: Remote Surveying System with Video! 横浜測器 本社
  2. Green Laser Drone Surveying System 山陽測器
  3. GNSS measurement system "ARUQ" ジツタ 東京営業所
  4. 4 Measurement System "WingNeo INFINITY Electronic Flat Panel" アイサンテクノロジー
  5. 5 UAV Laser Surveying System UL-3 TI アサヒ 本社

Surveying System Product List

1～30 item / All 43 items

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GNSS Shallow and Deep Measurement System GPMate-ECHO

GNSS Shallow and Deep Measurement System GPMate-ECHO

GPMate-ECHO is a high-performance GNSS depth measurement system that combines ease of use in the field with high precision.

GPMate-ECHO is a depth measurement system that synchronizes GNSS position coordinates with the depth values from an acoustic depth sounder to display and record the depth at the vessel's location in real-time. It can be used for shallow and deep surveys in coastal areas, navigation routes, rivers, and dams. In addition to depth measurement, it can also be used for guiding target points such as flag placement, buoy lights, and reef installations.

  • River construction
  • Surveying System

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Measurement System "WingNeo INFINITY"

Measurement System "WingNeo INFINITY"

In the office, surveying CAD; on-site, electronic leveling plate/PocketNeo. A surveying system that serves three roles in one device.

"WingNeo INFINITY" is a system that quickly incorporates the necessary technologies and standard quality for surveying, design, and registration work into software, emphasizing the flow of information obtained from fieldwork and received data. It promptly adapts to the latest OS and hardware environments, contributing with proposals that allow for business operations in a secure environment. The system manages licenses through a network, supports single-use, and systematizes the carrying out and bringing back of data/licenses to the field, achieving an environment where business objectives can be met flexibly and at low cost. 【Features】 ■ Contributes to daily operations and cost reduction ■ Quickly adapts to the latest OS and hardware environments ■ "Basic Surveying System" that allows for quick and high-quality surveying and registration results ■ "Cadastral Surveying System" focused on ease of use *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measuring instruments
  • Other Software
  • Surveying
  • Surveying System

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Measurement System "WingNeo INFINITY Electronic Flat Panel"

Measurement System "WingNeo INFINITY Electronic Flat Panel"

The surveying system, which was only active as a calculation/CAD system in the office, is now operational on-site!

The "WingNeo INFINITY Electronic Tablet" reduces the time required to learn the operations of both the electronic tablet used on-site and the "WingNeo INFINITY" used in the office, as well as the time involved in data transfer and input. You can bring back field notes, calculation work, terrain observations/terrain map editing, and cross-sectional observations in a form close to completion, and through data collection unique to "pen" such as quick notes and sketches, you can ultimately interpolate to the final form to be completed in the office. 【Features】 ■ Reduces time involved in data transfer and input ■ Allows interpolation to the final form to be completed in the office ■ Equipped with a measurement button on the longitudinal field notebook ■ Equipped with measurement functions on the cross-sectional field notebook *For more details, please refer to the PDF document or feel free to contact us.

  • Other measuring instruments
  • Other Software
  • Surveying
  • Surveying System

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UAV Laser Surveying System UL-3

UAV Laser Surveying System UL-3

Acquire 3D data of a wide area of the surface in a short time, suitable for shortening construction periods and reducing labor!

The UAV laser surveying system "UL-3," developed by TI Asahi, known for PENTAX brand surveying instruments. The maximum flight time is approximately 30 minutes (during hovering). Point clouds obtained by the LiDAR sensor are colorized using three 26 MP cameras. In forested areas, the laser reaches the ground surface, allowing for the acquisition of 3D surface data through software processing. It is suitable for obtaining surface data in extensive forest areas and for measuring in hard-to-access disaster sites. The multifunctional software (LP360Drone) is intuitive and easy to process. ■ Maximum flight time: approximately 30 minutes (during hovering / with measurement unit mounted) ■ Equipped with high-rate GNSS/IMU sensors ■ The aircraft is a Matrice350 • Maximum measurement distance of the LiDAR sensor Max. 300m at 100% reflectivity, 120m at 20% reflectivity • FOV 120° (lateral) 40.3° (forward) • Improved vegetation capture with three echoes • Equipped with high-precision IMU • Sensor status can be monitored via WebUI • The weight of the LiDAR unit is approximately 2.23kg • The aircraft is a DJI Matrice350 • Communication distance is approximately 8km

  • Surveying
  • Surveying System

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Post Navigation Wearable System 'Kuinavi VISION' Rental

Post Navigation Wearable System 'Kuinavi VISION' Rental

Intuitive operation with smart glasses and voice commands! Piling can be easily done in 3 steps.

At Rex Co., Ltd., we offer surveying equipment for rent. The "Pile Navi VISION" is a wearable system for the layout navigator "LN-100." It displays measured coordinate data and guidance to pile driving points in real-time on the smart glasses' display. Furthermore, by using voice commands for operation, it eliminates the need for display and confirmation with a controller. This allows for quick and accurate pile driving work while keeping both hands free. 【Features】 ■ Easy pile driving in 3 steps ■ Operation screen displayed on smart glasses ■ Hands-free operation, with the prism held in both hands ■ Operated by voice commands ■ On-site report creation and email sending *For more details, please refer to the external link page or feel free to contact us.

  • Other measuring instruments
  • Surveying System

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Universal 3D Measurement System "Fieldworks System"

Universal 3D Measurement System "Fieldworks System"

Universal 3D Measurement System "Fieldworks System"

Field Works is a new technology registered with NETIS. It was certified as a useful technology in the fiscal year 2009. Field Works can operate your company's total station (hereinafter TS) as a 3D model field sampling machine. 【Features】 ○ 3D model-based data can be acquired solely with the TS. ○ Easily relocatable to visible areas. ○ Can accurately measure important control points such as corners of structures. ○ No need for expensive dedicated CAD software for editing tasks. ○ Can provide low-cost, high-precision data creation even for structural surveys and disaster sites managed by secondary government agencies with tight budgets. ● For other functions and details, please contact us.

  • Surveying Office
  • Structural Survey
  • Surveying System

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Mountain Forest Surveying System "Yamamori Compass"

Mountain Forest Surveying System "Yamamori Compass"

Compass surveying on Android devices! It enables easy operation with the Geospatial Information Authority map displayed as a background.

Kōyō Design Survey Co., Ltd.'s "Yamamori Compass" is a forest surveying system that allows compass surveying on Android devices. It significantly reduces surveying time, and the survey data is provided with coordinates. Area, extension, and closure ratio can be verified on-site, and the area and extension for each division are displayed. The background map can display the Geospatial Information Authority of Japan's maps, making it easy to operate without the need for a manual. 【Features】 ■Significantly reduces surveying time ■On-site verification of area, extension, and closure ratio ■Displays area and extension for each division ■Background map can display Geospatial Information Authority of Japan's maps ■Easy operation without the need for a manual *For more details, please refer to the PDF document or feel free to contact us.

  • Surveying
  • Surveying System

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Mountain Forest Surveying System "Yamamori GPS"

Mountain Forest Surveying System "Yamamori GPS"

High-precision GNSS receiver measurement system

Yamamori GPS is an Android software for GPS surveying. It can perform high-precision measurements in combination with an external dual-frequency RTK-GNSS receiver. You can check extensions and areas on the device based on the observed results. Since it can display data such as forest compartments and land numbers on the background map, it can also be used for confirming your current location and conducting field surveys. Additionally, the observation results can be used to create drawings and field notebooks that comply with afforestation support projects through a separate drawing application. *For more details, please refer to the PDF materials or feel free to contact us.*

  • Other measuring instruments
  • Surveying System

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Excavation Management System / Automatic Measurement System <Excavation Management / Alignment Management>

Excavation Management System / Automatic Measurement System <Excavation Management / Alignment Management>

Display current and past values, along with all collected data on the screen! It can be saved in CSV format.

The "Excavation Management System and Automatic Measurement System" is a system that manages the shield machine excavation status and position in real-time. It is equipped with comprehensive excavation management features, storing time-series data and measurement data every 10 mm of excavation stroke in a database. Additionally, it achieves high-precision position management using the Javel system/total station system. 【Features】 <Comprehensive Excavation Management Functions> ■ Daily excavation reports, including ring reports and daily reports, can be automatically created and printed. ■ Email distribution function that allows easy confirmation of daily and night shift progress, as well as soil pressure values on holidays. <Accurate Machine Position Calculation and Automatic Measurement Functions> ■ Real-time calculation and display of position information and machine posture. ■ Provides numerous effective functions for quality control, including machine measurement. *For more details, please refer to the PDF materials or feel free to contact us.

  • Tunnel construction
  • Surveying System

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Aerosense exhibits at Makuhari Messe "6th Construction and Surveying Productivity Improvement Exhibition"

Aerosense exhibits at Makuhari Messe "6th Construction and Surveying Productivity Improvement Exhibition"

【News 2024/5/14】Streamlining the construction and civil engineering industry! Introducing surveying solutions that are easy to use on-site.

◆Utilization of Drones for In-House Surveying Operations Aerosense Inc. announced on May 2 that it will exhibit at the "6th Construction and Surveying Productivity Improvement Exhibition (CSPI-EXPO 2024)" to be held at Makuhari Messe (event dates: May 22-24). At this exhibition, the company will showcase and introduce drone-based surveying solutions that can be easily used on-site, contributing to labor-saving in the construction and civil engineering industry and the in-house production of surveying operations. The company's booth is located at area 10-64 in Hall 3. ◆Three Products on Display The exhibited products include three items: the dual-frequency GNSS receiver-equipped drone "New Aerobo PPK," the GNSS-integrated aerial marker "Aerobo Marker," and the photogrammetry analysis service "Aerobo Cloud." The "New Aerobo PPK" is a domestically produced drone that supports post-processed kinematic positioning, capable of obtaining highly accurate positioning information while significantly reducing the number of aerial markers needed and the time required for photogrammetry. The "Aerobo Marker" is an aerial marker that can simply be placed on the ground during drone aerial photography, and it can also be used for public surveying. The "Aerobo Cloud" is a cloud-based application that enables management of drone data and captured images, as well as high-speed and high-precision processing and analysis.

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  • others
  • Surveying System

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Non-GCP UAV Photogrammetry

Non-GCP UAV Photogrammetry

Surveying with Drones: No GCP (Ground Control Points) Required! Achieving High-Precision 3D Topographic Mapping with UAV Photogrammetry.

"Non-GCP UAV Photogrammetry" enables the creation of high-precision 3D topographic maps even when GCPs (Ground Control Points) or reference points cannot be established. In addition to UAV flight control, it is equipped with the αUAV-mounted dual-frequency synchronized imaging system "GCSv3." This system allows for the assignment of high-precision position and elevation data to each digital photo taken. Even in situations where on-site work by humans is difficult, such as during disasters, high-precision drawings can still be created. 【Features】 ■ No need to ensure visibility of existing reference points, eliminating the need for activities like tree cutting. ■ Reduces the time and effort required to establish ground reference points. ■ The captured photos and GNSS measurement values are accurately determined through synchronization functionality. ■ The synchronization feature significantly streamlines the ground reference process. For more details, please refer to the catalog or feel free to contact us.

  • Surveying Office
  • Surveying
  • photograph
  • Surveying System

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[Case Study] Establishment of Control Points in Aerial Photogrammetry

[Case Study] Establishment of Control Points in Aerial Photogrammetry

Introducing examples using the network-based RTK method!

We would like to introduce a case study by Fujiyama Co., Ltd. on the use of network-based RTK in the installation of reference points for aerial photogrammetry. Aerial photogrammetry requires reference points for photo referencing, and the work area is extensive, with measurements typically achieving 3-4 reference point accuracy based on public coordinates. In this case study, we utilized a network-based RTK method for the installation of 36 reference points over a work area of 25 km² during the boresighting and accuracy verification of the POS system used for aerial photogrammetry. The work area this time was flat, with good visibility from above and favorable mobile phone reception, making it a suitable environment for surveying. 【Benefits and Effects】 - Observations can be made with a single device - Short observation time without the need to consider line of sight - Reduction in the number of workers and shortening of the construction period - Work can be carried out with less than half the man-hours compared to conventional methods *For more details, please refer to the PDF document or feel free to contact us.

  • Surveying
  • Surveying System

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Multi-beam Depth Measurement System 'CARPHIN'

Multi-beam Depth Measurement System 'CARPHIN'

Roll and pitch correction using a motion sensor! Depth measurement with simple operation checks that do not require calibration.

"CARPHIN" is a sonar that integrates sensors including GPS and a motion sensor. The sonar automatically performs pitch and roll corrections using the motion sensor, eliminating the need for calibration and allowing for depth measurement to begin with just a simple operational check. Additionally, when measuring in shallow depths, the sonar can be tilted at a 40° angle for efficient measurement. 【Features】 ■ Roll and pitch correction using a motion sensor ■ Operation with the sonar tilted to the side is also possible ■ Capable of measuring water depths from 2m to 150m ■ Measurement cycle can be adjusted according to water depth ■ Control can be done in both optimized automatic and manual modes *For more details, please refer to the PDF document or feel free to contact us.

  • Geological Survey
  • Other Software
  • Surveying
  • Surveying System

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Introduction to the "Depth Measurement System"

Introduction to the "Depth Measurement System"

Real-time correction acoustic depth measurement system

At International Ocean Development Co., Ltd., we provide a high-precision depth measurement system using small vessels with wireless remote control. Small vessels operated by wireless remote control are easily affected by small waves and tend to sway, which can significantly reduce the accuracy of depth measurements when only a depth sounder is installed. Therefore, our system is equipped with a sway sensor on the small vessel, allowing for real-time corrections. 【Features】 ■ Acoustic depth measurement system ■ Equipped with sway sensor ■ Real-time corrections *For more details, please download the PDF or contact us.

  • Environmental Survey
  • Hydrological survey
  • Surveying System

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[Subsidy-eligible product] UAV and laser surveying system 'UL-1'

[Subsidy-eligible product] UAV and laser surveying system 'UL-1'

Workflow using local and computer systems! It determines accurate position and posture even in windy conditions.

The "UL-1" is a UAV and laser surveying system capable of high-precision three-dimensional modeling of numerical terrain models and large-scale numerical topographic maps. Laser surveying and aerial photogrammetry are mutually complementary through synchronization/hybridization using IMU. It easily enables aerial photogrammetry for map creation using UAVs. It demonstrates cost performance in mapping areas that include urban and forested regions. It is equipped with a long-range scanner and a full-size sensor DSLR camera. 【Features】 ■ High-rate GNSS/IMU sensors ensure precise positioning and orientation ■ Scanning width of 300m from a ground altitude of 150m ■ Workflow between the field and computer ■ Significant reduction in the number of GCPs ■ Built-in DSLR camera with a full-size sensor *For more details, please refer to the catalog or PDF materials, or feel free to contact us. ★ This product is a surveying instrument eligible for "subsidy utilization" at the time of purchase. It may be available for purchase at 1/2 to 1/3 of the regular price! If you are interested, please do not hesitate to contact us.

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  • Surveying
  • Other measuring instruments
  • Surveying System

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[Subsidy-eligible product] UAV and laser surveying system 'UL-2'

[Subsidy-eligible product] UAV and laser surveying system 'UL-2'

Acquisition of realistic 3D colored point clouds with built-in long-range scanner.

The "UL-2" is a UAV and laser surveying system capable of high-precision three-dimensional modeling of numerical terrain models and large-scale numerical topographic maps. 【Features】 ■ Total weight: Compact and lightweight at 9kg (with the measurement unit weighing about 2.7kg) ■ Flight time: Approximately 27 minutes (during hovering) ■ Multi-echo compatible high-precision laser equipped ■ High-rate GNSS/IMU onboard: Accurately calculates position and orientation ■ Camera: 12.3 megapixels ■ Airframe: DJI Matrice 300 ■ Controller includes an operation panel (no tablet required) ■ Communication range is approximately 8km (domestic) ■ Equipped with six-direction obstacle sensors. The folding structure makes it easy to assemble and store. The main battery comes in a set of two and supports hot swapping. *For more details, please refer to the catalog or PDF materials, or feel free to contact us. ★ This product is a surveying instrument eligible for "subsidy utilization" upon purchase. It may be available for purchase at 1/2 to 1/3 of the regular price! If you are interested, please do not hesitate to contact us.

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  • Surveying
  • Other measuring instruments
  • Surveying System

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Proposal for a New Surveying Method: Remote Surveying System with Video!

Proposal for a New Surveying Method: Remote Surveying System with Video!

Remote Measurement System: Towards solving the issues of technical inheritance, labor reduction, and efficiency at the site!

【Yokohama Measuring Instruments Remote Surveying System】 The remote surveying system allows real-time sharing of site footage with remote locations, enabling work to proceed. It facilitates explanations of site conditions and communication with remote locations, eliminating the need for all technicians to be physically present at the site. This leads to a reduction in the human and time costs traditionally associated with on-site operations, contributing to smoother business processes. Remote operation of electronic tablets also allows for simultaneous surveying and drawing creation! *Please be sure to check the video!* Furthermore, this technology is expected to contribute to the development of technical inheritance and human resource development. *Remote Presence* This initiative involves confirming footage and audio captured by wearable cameras and network cameras from remote locations. In April of the 6th year of Reiwa, the Ministry of Land, Infrastructure, Transport and Tourism announced i-Construction 2.0, which has increased the demand for the use of digital technology at construction sites. *For more details, please refer to the catalog or PDF materials, or feel free to contact us.*

  • Development permit application
  • Surveying System

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Efficient output of accurate 3D point clouds and photos [Vehicle-mounted Photogrammetry and Laser Surveying]

Efficient output of accurate 3D point clouds and photos [Vehicle-mounted Photogrammetry and Laser Surveying]

Equipped with GPS, optical cameras, and various measuring instruments, continuously measuring while moving!

"Vehicle-mounted Photogrammetry Laser Measurement (MMS)" is a system that mounts measurement instruments such as laser scanners, GPS, IMU, and optical cameras on a vehicle to continuously measure while in motion. By expanding the data obtained from each measurement instrument into a common coordinate space, it efficiently outputs accurate 3D point clouds and images. Calibration technology to maintain the accuracy of this composite system is a key feature of this system. [Features] ■ Acquires location information via GPS ■ Captures situations with a camera ■ Obtains 3D data using a laser scanner ■ Collects tilt and other data with an IMU, and performs GPS correction ■ Acquires 2 million points of point cloud data per second *For more details, please refer to the PDF document or feel free to contact us.

  • Measurement and Analysis Equipment
  • Surveying
  • Surveying System

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Drone Aerial Surveying System "Trimble UX5"

Drone Aerial Surveying System "Trimble UX5"

Easy to confirm aging changes! Can be used as a basis for design and other visualization information.

The "Trimble UX5" is an unmanned aerial photography surveying system that mounts a mirrorless DSLR camera on a fixed-wing aircraft and measures using autopilot based on a flight plan managed on a tablet device. With the increase in resolution of small cameras, the effectiveness of photogrammetry technology is expected. Additionally, as the trend of CIM (Computer Integrated Manufacturing) accelerates, visualization projects are being advanced in the design department, and 3D geographic information serves as the foundation for this. It is used as one of the methods for its construction. 【Features】 ■ High precision with short working time (actual flight time is about 15 minutes for 500×500 m) ■ Less affected by weather conditions ■ Capable of creating 3D geographic information (3D CAD) and orthophotos from the obtained data *For more details, please download the PDF or feel free to contact us.

  • Surveying
  • Other measuring instruments
  • Surveying System

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Depth Measurement System 'SBES Lead & Analysis'

Depth Measurement System 'SBES Lead & Analysis'

Make depth measurement operations simple, reliable, efficient, and accessible! Simple and easy-to-understand operability.

The "SBES Lead & Analysis" is a depth measurement system composed of SBES Lead software, which captures and guides single-element depth sounder data according to the survey line plan, and SBES Analysis, which cleans the recorded data and creates various output charts and calculation sheets. In the data recording and navigation tool Lead, we provide the creation of planned survey lines and navigation functions based on those lines. It also supports the reading of DXF/DWG data for background display of coastlines and other features. 【Features】 ■ Captures single-element depth sounder data according to the survey line plan ■ Simple and easy-to-understand operability ■ Makes depth measurement work simple, reliable, efficient, and accessible ■ Lead supports reading and displaying DXF/DWG files as background displays ■ Analysis supports output of various results *For more details, please refer to the PDF materials or feel free to contact us.

  • Architectural Design Software
  • Surveying System

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Measurement System "WingNeo INFINITY Paper Drawing Utilization"

Measurement System "WingNeo INFINITY Paper Drawing Utilization"

Combining a large amount of public map data is easy with simple operations! Also useful for tracing work.

"WingNeo INFINITY Paper Drawing Utilization" is a surveying system that allows for easy operation and the seamless combination of large amounts of public map data. By simply setting the initial position of the drawing frame within the raster, it recognizes drawing frame coordinates through OCR text recognition, enabling fast processing of trimming and alignment for use in continuous transcriptions of public maps. Additionally, it can extract point names, XY coordinates, and elevation values from various tables present in the raster drawings (such as permanent feature tables, coordinate lists, area calculation tables, reference point tables, etc.) while performing text recognition, allowing for the transfer of coordinate data and parcel data for use on-site. 【Features】 ■ Automatic combination of public maps ■ Effective utilization of registration information services ■ Drawing OCR ■ Table reading OCR ■ Summary document OCR *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measuring instruments
  • Other Software
  • Surveying
  • Surveying System

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Measurement System "WingField-GT"

Measurement System "WingField-GT"

Perfect for land surveying! Information gathering and progress of field investigations are clear at a glance!

"WingField-GT" is a product that supports information collection through handwritten characters, boasting a recognition rate of 99% when entering arbitrary data, while also organizing survey items and content into a database for easy collection of survey information through selection operations. You can easily start surveys from a blank state against a backdrop of raster maps or web maps from the Geospatial Information Authority of Japan, with GPS, electronic compass, and built-in camera facilitating smooth operations. [Features] ■ Color-coded pins to indicate progress in information input ■ Awareness of background location and your own position and orientation ■ Capturing field surveys from multiple perspectives through interconnectivity ■ Automatic drawing of boundary lines and lot numbers within photos *For more details, please refer to the PDF materials or feel free to contact us.

  • Other measuring instruments
  • Other Software
  • Surveying
  • Surveying System

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[Example] UAV Laser Surveying i-construction Initial Survey

[Example] UAV Laser Surveying i-construction Initial Survey

We will introduce examples of UAV and laser surveying using PENTAX's dual-frequency GNSS receivers!

We would like to introduce a case study of i-construction site surveying from our client, Michibata Corporation in Fukui City. Michibata Corporation is actively engaged in ICT-utilized construction (i-Construction) commissioned by the Ministry of Land, Infrastructure, Transport and Tourism. They handle everything from the creation of 3D design data, UAV aerial surveying, point cloud processing, to 3D as-built management. You can find more details in the related links below, so please take a look. *For more information, please refer to the PDF document or feel free to contact us.

  • Measurement and Inspection
  • Surveying System

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3D Measurement System 【3D-Field】

3D Measurement System 【3D-Field】

For one-man surveying! Surveying is possible with intuitive operation through the integration of real and virtual.

"3D-Field" is a three-dimensional surveying system that displays data in 3D and enables intuitive surveying operations by linking real-world movements with movements within the device. It allows for the creation of existing structures and can also convert BIM and CIM data into 3D. By using an automatic tracking total station, basic surveying tasks such as "positioning" and "surface management with TIN" can be performed by a single person. 【Features】 ■ One-man surveying ■ Freely create sites with 3D data ■ Surface management with TIN ■ Compatible with a wide range of surveying instruments *For more details, please refer to the PDF materials or feel free to contact us.

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  • Surveying
  • Surveying System

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Package Precision Photogrammetry System

Package Precision Photogrammetry System

Package Precision Photogrammetry System

By simply photographing a target-marked object with a commercially available digital camera, it is possible to easily obtain high-precision three-dimensional coordinates. This groundbreaking software, developed using the precise photogrammetry theory completed by Kyoto University, enables surface displacement measurement.

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Green Laser Drone Surveying System

Green Laser Drone Surveying System

From mountains to rivers, and then to the coast, aiming for the visualization of all "topography." The field of surveying and measurement is changing.

Developed with the premise of being mounted on drones, it features a compact design with a weight of just 1.8 kg. It can quickly and accurately capture 3D terrain and can be used with any drone. Additionally, it employs a laser module developed for surveying, achieving very high precision when combined with a high-precision INS. (Manufactured by amuse oneself)

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  • Civil Engineering Company
  • Surveying System

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Robotec

Robotec

Automatically measure the machine and lead the way! Achieve a reduction in machine measurement during part number changes.

"Robotec" is a product that can automatically measure targets installed inside the machine with a total station during tunneling, allowing for real-time measurement and display of the machine's current position. The targets inside the machine open and close automatically only during surveying, preventing misidentification. By measuring the prisms installed in the machine, the current position of the machine is calculated. This enables real-time coordinate management, improving the reliability of tunneling conditions. 【Features】 ■ Labor-saving and quality improvement through automatic measurement ■ Visualization of tunneling management ■ Centralization of data management *For more details, please refer to the PDF document or feel free to contact us.

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Automatic measurement system

Automatic measurement system

Both sharp curves and straight lines can be streamlined with smart tracking! Switchable between single-point tracking and dual-point tracking.

This system is an automatic surveying system that calculates the rear body orientation from the gyro azimuth to the hinge angle by measuring one target installed inside the shield machine using a total station. The surveyed prism coordinates are converted from the set prism relative coordinates to the machine center coordinates in real-time, calculating the machine positions of the tip, hinge, and rear end. It can switch between single-point tracking (during sharp curves) and two-point tracking (for gentle curves and straight lines). 【Features】 ■ Reduction of conventional surveying management ■ Simplification of construction ■ Real-time measurement ■ Expectation of digital transformation (DX) ■ System selection *For more details, please refer to the PDF document or feel free to contact us.

  • Surveying
  • Surveying System

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Latest RTK using correction information from ALES.

Latest RTK using correction information from ALES.

Underpinned by proven results and thorough quality control, we will overturn the conventional wisdom of RTK surveying. We will propose various solutions tailored to our customers' challenges.

Our company has been engaged in telecommunications and solar O&M business for over 10 years. During this time, various challenges have emerged on-site as the times have changed. To address these issues, we have been developing products, systems, and devices since around 2015. In August 2020, we began participating in the partner program launched by ALES Co., Ltd., aimed at developing new GNSS solutions and implementing them in society. Taking this opportunity, we hope to use the correction information generation and distribution services provided by ALES to make RTK, which has been seen as a high barrier in the surveying world due to cost, feel more accessible, and to utilize it in solving various challenges faced in construction sites.

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