測量機器 測量技術・サービス ドローン・点群処理
GEOSURF CORPORATION
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基本情報

屋内小間番号
16−47
所在地
〒143-0006 東京都大田区平和島6-1-1 TRC センタービル 526
電話番号
03-6423-0925
ホームページアドレス
見どころPR
At the GEOSURF booth, we will showcase the enhanced 3D laser scanner LS600 and the new Mercury Laser RTK. With pole-free RTK operation and a 50 m green laser for intuitive “what-you-see-is-what-you-measure” surveying, they represent the next generation of field measurement technology.

出展製品・サービス

LS600 Laser Scanner

製品・サービス説明

The LS600 Laser Scanner is a next-generation handheld 3D laser scanner that achieves centimeter-level accuracy through advanced SLAM technology and a built-in RTK module. By integrating GNSS/RTK with SLAM, it provides a unique hybrid positioning solution that maintains high positional accuracy and stable tracking even in large-scale environments or long-distance surveys where conventional SLAM-only systems often struggle. This enables reliable measurement in complex environments such as forests, urban areas, and construction sites where GNSS conditions frequently change.

Equipped with dual 48 MP wide-angle cameras, the LS600 generates highly accurate colorized point clouds. The combination of dual wide-angle cameras and VSLAM adds high-resolution color and texture to LiDAR point clouds, enabling the creation of high-quality 3D data that faithfully reproduces real-world environments. This significantly improves the visibility and analytical efficiency of point cloud data.

With its lightweight and compact handheld design, the LS600 allows intuitive operation for users of all experience levels and enables rapid acquisition of large-scale 3D data in a short time. It strongly supports digital transformation (DX) across a wide range of applications, including surveying, construction, infrastructure inspection, urban modeling, and forest measurement. The collected point cloud data can also be seamlessly integrated with various software platforms, enabling an efficient workflow from field data capture to processing, analysis, and practical utilization.

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Mercury Laser RTK

製品・サービス説明

The Mercury Laser RTK is a next-generation GNSS receiver that integrates RTK positioning with laser measurement technology. It enables pole-free surveying, allowing users to measure points safely and efficiently from a distance without placing a survey pole directly on the target point. Powered by the new K9 chip architecture and advanced IMU algorithms, the system delivers stable, high-precision RTK positioning with reliable tilt compensation.

The device is equipped with a green laser capable of measuring distances up to 50 meters, along with a long-focus camera. Users can visually confirm targets on the screen and measure them intuitively, enabling a new surveying style described as “What You See Is What You Measure.” This makes it possible to efficiently capture coordinates for points that are difficult or unsafe to access with a survey pole, such as building corners, fences, slopes, or hazardous areas.

Mercury Laser RTK also features Auto-IMU, which automatically initializes during motion, eliminating the need for manual calibration. The high-resolution touchscreen and dedicated shortcut buttons provide an intuitive interface for point, line, and polygon measurements. In addition, the system automatically records a photo with coordinates and annotations for each measured point, ensuring clear documentation and traceability of survey results.

With support for Wi-Fi, Bluetooth, and 4G connectivity, the Mercury Laser RTK offers flexible operation in a wide range of field environments. Combining RTK precision with laser measurement and intuitive visualization, it provides an efficient and innovative solution for modern surveying workflows.

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P6H Handheld

製品・サービス説明

The P6H Handheld is a professional handheld device that supports full GNSS constellations and multi-frequency signals. It is equipped with the SinoGNSS K9 high-precision GNSS module and antenna, independently developed by SinoGNSS, enabling centimeter-level RTK positioning accuracy. In addition, it supports PPP-HAS and PPP-B2b, providing decimeter-level positioning accuracy even in environments where communication networks are unavailable, ensuring reliable high-precision positioning in remote or disconnected areas.

The P6H Handheld integrates a high-precision GNSS receiver and a handheld terminal into a single device, achieving both mobility and ease of operation in the field. With its high-sensitivity antenna and stable signal tracking capability, it maintains reliable positioning performance even in challenging environments such as dense urban areas or forested locations where satellite reception conditions are often limited.

Featuring a rugged yet lightweight design, the P6H runs on Android 11 OS and offers a wide range of communication options. It supports Wi-Fi, Bluetooth, and 4G connectivity, allowing seamless integration with cloud services and various field applications. Designed to meet the needs of both surveying and GIS applications, the P6H provides a versatile solution for efficient spatial data collection and management.

It is well suited for a wide range of professional uses, including infrastructure management, forestry surveys, asset management, and field data collection, helping organizations efficiently acquire accurate positioning information and manage geospatial data in diverse field environments.

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共同出展社:ComNav Technology

Jupiter Laser RTK

製品・サービス説明

The Jupiter Laser RTK is a high-performance GNSS receiver that integrates advanced GNSS, IMU, laser, and dual-camera technologies. It is equipped with a green laser that remains visible even in daylight and can measure targets up to 50 meters away, enabling safe and accurate measurements in locations that are difficult to reach or potentially hazardous. Even in areas where placing a survey pole directly on the target point is difficult, users can efficiently capture coordinates from a distance, significantly improving the productivity of surveying operations.

With its dual-camera technology, the Jupiter Laser RTK provides real-time 3D guidance, enabling visual surveying by allowing users to confirm targets on the screen and measure them intuitively. This feature supports fast and accurate measurements even in complex field environments. In addition, the built-in Auto-IMU function eliminates the need for manual initialization and supports tilt compensation of up to 60°, maintaining high-precision RTK positioning even when the survey pole is tilted.The receiver also features an OLED color screen that displays key information such as satellite status and power conditions in real time. Its clear and easy-to-read interface improves usability and operational efficiency in the field.

By combining laser ranging with visual surveying technology, the Jupiter Laser RTK represents a next-generation RTK solution designed to enhance field productivity in surveying, construction, and infrastructure applications.

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Mars Laser RTK

製品・サービス説明

The Mars Laser RTK is an innovative GNSS receiver that integrates the latest GNSS, IMU, and laser technologies into a single high-performance surveying solution. Even in environments where targets are difficult to reach, signals are obstructed, or field conditions are potentially hazardous, the millimeter-level laser rangefinder mounted on the rear of the Mars enables easier and more stable surveying and stakeout operations. It allows users to accurately capture coordinates from a distance when it is difficult or unsafe to place a survey pole directly on the target point, significantly improving both efficiency and safety in the field.

The Mars is built on the latest K8 platform, capable of tracking all currently available GNSS constellations through 1,590 channels, ensuring strong satellite signal reception and reliable positioning performance in a wide range of environments. In addition, the integrated IMU sensor supports tilt compensation of up to 60°, allowing users to maintain high-precision surveying results even when the survey pole is tilted.

Mars has also been tested and registered in accordance with the performance standards of the Geospatial Information Authority of Japan (GSI) and is officially certified as a Class-1 GNSS surveying instrument. This certification ensures that the receiver meets the strict accuracy requirements for professional surveying applications.
By combining advanced GNSS positioning with laser measurement technology, the Mars Laser RTK provides a reliable next-generation RTK solution for surveying, construction, and infrastructure applications, helping professionals perform accurate and efficient field operations in even the most challenging environments.

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Venus Laser RTK

製品・サービス説明

The Venus Laser RTK is an innovative GNSS receiver that integrates laser measurement and IMU technologies to extend the capabilities of GNSS surveying. Its built-in laser rangefinder removes the need to place a survey pole directly on the target point, enabling flexible GNSS surveying beyond conventional limitations. Even in locations that are difficult to access or obstructed, coordinates can be captured from a distance, improving both safety and productivity in field operations.

A key feature of Venus is its unique downward laser design. Unlike many laser RTK systems that use side-facing lasers, Venus emits the laser beam from the bottom of the receiver toward the ground. This design allows users to quickly measure points directly beneath the device while holding it in hand. As a result, surveyors can efficiently capture coordinates in areas where placing a pole is difficult or where quick position confirmation is required.

The compact and lightweight design also supports convenient handheld use, providing excellent mobility in the field. In addition to conventional pole-based RTK surveying, Venus can be used for quick handheld positioning and on-site verification, offering flexibility for a variety of surveying tasks.

The integrated IMU supports tilt compensation of up to 60° in both conventional and laser modes, while free calibration and a quick 10-second initialization allow users to begin measurements without complex setup. Built on the SinoGNSS K8 platform, Venus tracks full GNSS constellations across 1,590 channels, delivering reliable high-precision positioning even in challenging environments such as urban areas or forests.

Venus has been tested and registered according to the performance standards of the Geospatial Information Authority of Japan (GSI) and is officially certified as a Class-1 GNSS surveying instrument.

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