ＮＴジオテックス List of Products and Services

The viDoc RTK Rover is a real-time kinematic (RTK) device that can be attached to smartphones and tablets provided by Pix4D, allowing for the acquisition of high-precision positioning data. Utilizing GNSS technology, it can obtain location information with an accuracy of a few centimeters, making it suitable for various fields. It works in conjunction with the PIX4Dcatch app, enabling easy high-precision 3D mapping and is ideal for ground-based data acquisition without the use of drones. Data Acquisition Capture assets using the PIX4Dcatch mobile app on your smartphone. Please add the RTK device to enhance accuracy. Processing Automatically upload images to PIX4Dcloud for seamless processing, or import images from your phone into the PIX4Dmatic desktop app and use the PIX4Dcatch processing template. Export to CAD/BIM/GIS Mark assets as vectors on the point cloud in PIX4Dsurvey and export them in DXF format (for CAD) or SHP format (for GIS).

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Powerfully supports various applications across industries with photogrammetry. Advanced data processing and accurate results. A comprehensive photogrammetry tool that accommodates various projects. Survey-level results ■ Achieve high-precision results of less than 1 cm. XY direction is 1-2 pixels GSD, Z direction is 1-3 pixels GSD (GSD = Ground Sample Distance). Thorough project management ■ Define the target area, select processing options, add Ground Control Points (GCP), and edit point clouds, DSM, meshes, and orthomosaics. Flexible workflow selection ■ Automatic processing using default templates or complete control over quality, data, and projects with custom settings.

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PIX4Dmatic is professional software for large-scale mapping and 3D modeling. It generates high-precision 3D models and orthomosaics with millimeter-level accuracy. By using RTK/PPK data and GCPs to enhance precision, it is particularly suitable for infrastructure development, urban planning, and large-scale surveying projects. It supports multiple sensors and features an automated workflow to improve work efficiency. Accurate results even with large datasets ■ Process thousands of images while maintaining survey-level accuracy, eliminating the hassle of splitting and merging projects, and reducing the time taken from image to point cloud generation by half. Fully automated processing ■ Developed in collaboration with surveying and mapping professionals to streamline workflows. Import, process, and access project quality with just a few clicks, and transition to PIX4Dsurvey. Ground-based workflow ■ Leverage the advantages of both photogrammetry and LiDAR technology. By processing LiDAR and RGB image outputs from PIX4Dcatch, a complete ground-based workflow is achieved. Simple and desktop-based.

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The Trimble X9 is a ground-based 3D laser scanner that consolidates Trimble's laser scanning technology and further enhances its performance. Building on the already successful ground-based laser scanner "Trimble X7," which has a strong track record in surveying, construction, and architecture worldwide, the Trimble X9 retains the high-precision automatic leveling, automatic stitching, and calibration features of the Trimble X7 while achieving functional improvements. Additionally, the design of the center unit has been revamped. Signal processing necessary for improving scan quality has been enhanced, allowing for reliable and fast scanning of low-reflectivity objects and glossy surfaces such as stainless steel.

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The field software "Trimble Access" for measurement and construction can connect to various sensors provided by Trimble, such as total stations, scanning total stations, and GNSS. The interface is unified, allowing for consistent usability even when the sensors change.

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The Trimble R580 GNSS receiver is an antenna-integrated GNSS receiver that supports multi-satellite and multi-frequency. It is equipped with high-performance features advantageous for observations, such as the surveying engine "ProPoint" and multipath removal technology "EVEREST Plus." Weighing only 1.08 kg, it is lightweight and easy to handle, minimizing the pull of weight when mounted on a pole, which reduces fatigue during long observation sessions. Additionally, the controller used to check observation results connects to the receiver via Bluetooth, allowing for cable-free and agile operation. It can be connected to the SKY Controller, LANDRiV PRO Controller, and Trimble Access for various surveying tasks.

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The Trimble X9 (for construction and facilities) is a site-based 3D laser scanner that quickly captures point clouds at construction sites and maintenance locations for structures and facilities, allowing for consistency checks with data created in BIM. ■ Its lightweight and compact design, along with a lightweight and robust carbon tripod, makes it easy to take to the site. ■ Setting up for point cloud measurement is simple, enabling even beginners to easily acquire and synthesize point clouds on-site. The synthesized point cloud data can be compared with various 2D/3D design data on a dedicated controller, allowing for on-site completion of progress management and quality verification. ■ When bringing the device to the site for observation, it can measure point clouds in accordance with pre-prepared design data, and even from a blank state, point clouds can be synthesized simply by observing from multiple arbitrary points, with data output available on-site. We provide various automatic functions to ensure that even those without specialized surveying knowledge can acquire high-quality point cloud data.

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An evolved large screen that brings your imagination to life in front of you, featuring a 4K wide color gamut spatial reproduction display. There is no need to wear headsets or goggles like with AR or MR. Sony's unique gaze recognition technology constantly detects the position of your eyes and generates optimal images for each eye. This allows for a clear and vibrant 3D viewing experience without the need for glasses.

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The Trimble DA2 connects to smartphones and tablets to enhance the device's location accuracy and can be used for GIS applications with the help of applications. "Trimble Catalyst DA2" consists of the digital antenna "Trimble DA2," the free Android/iOS compatible app Trimble software GNSS app "Trimble Mobile Manager," and a Catalyst subscription that can be selected based on accuracy and usage duration. The acquired data can be transmitted in real-time to devices such as smartphones via the free Android/iOS compatible app "Trimble Mobile Manager." If your system utilizes the device's GPS functionality, it can be used as is.

• Other measurement, recording and measuring instruments

The Nikon Nivo series is a non-prism total station equipped with autofocus. The Nikon Nivo series features a variety of functions in a compact and lightweight body, including an AF function that enhances concentration on-site, improved field quality through the adoption of a new EDM, and diverse data communication capabilities that connect the field directly to the office. The "Nivo-Z and Nivo-F series" are equipped with functions that enable high-precision and efficient measurements at construction and architectural sites, thereby enhancing productivity. During the setup of columns, the telescope continuously maintains focus while being moved up and down. Additionally, during measurement, the telescope can be roughly aligned with the person on the prism side, allowing for quick adjustment to the prism.

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The Trimble X12 is a high-end terrestrial laser scanner capable of capturing 3D data with high precision, a best-in-class measurement range of 365 meters, and a scanning speed of up to 2,187,000 points per second. It also features a smart light function that allows for clear images to be captured in dark environments. The Trimble X12 combines the world-class scanner from Z+F with Trimble's proprietary Perspective software, which is intuitive to operate. By achieving "full automation" of the processes related to scanning tasks and point cloud synthesis, it allows many tasks that previously took a lot of time to be completed on-site, resulting in significant time savings, increased efficiency, and cost-effectiveness. The expertise that Trimble has cultivated in terrestrial laser scanning is now consolidated in this product.

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The Trimble XR10 and HoloLens 2, which overlay digital content onto the real world, use see-through holographic lenses that are significantly affected by surrounding brightness, making it difficult to see digital content at times. Trimble addresses this issue by incorporating photochromic lenses in the sunglass-style accessory Trimble HoloTint, which senses the amount of ultraviolet light in the environment and adjusts brightness, enabling device use independent of environmental conditions. ■ Photochromic/Phototropic (Adjustable Lenses) This accessory features photochromic lenses. They have a special coating that darkens the lenses according to the surrounding ultraviolet light levels, automatically adjusting the tint level based on light intensity. ■ Lens Density In dark or normally lit environments, the visible light transmission (VLT) is adjusted between 45.2%, and in bright environments, it can be adjusted to a maximum of 11.0%. ■ Tint Adjustment Speed The tint adjustment speed for the lenses is approximately 30 seconds when moving from dark to bright environments and about 90 seconds when moving from bright to dark environments.

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The Trimble X7 Perspective is a ground-based laser scanner that breaks conventional wisdom and paves the way for a new era of "Simple, Smart, Professional." Its unprecedented workflow provides "Easy, Accurate, Efficient" operations and high-quality results, even for those without experience in 3D surveying. We offer it as the best solution for customers who have felt many doubts and high hurdles in adopting traditional ground-based laser scanners. The leveling work is unnecessary due to the auto-calibration feature, and the real-time fully automatic registration function allows for point cloud synthesis without the need for targets. With a scanning speed of 500,000 points per second, it achieves high precision, and it uses a lightweight carbon GITZO tripod. The Trimble X7 can scan objects with low reflectivity that traditional laser scanners could not. By selecting a high-sensitivity mode, it changes the wavelength (frequency) of the emitted laser, enabling reliable scanning of asphalt and dark-colored objects.

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• 3D measuring device

The Trimble X7 (for construction and facilities) is a site-completion type 3D laser scanner that quickly captures point clouds at construction sites for structures and facilities, allowing for consistency checks with data created in BIM. - Its lightweight and compact design, along with a lightweight and robust carbon tripod, makes it easy to take to the field. - Setting up point cloud measurements is simple, enabling even beginners to easily capture and synthesize point clouds on-site. The synthesized point cloud data can be compared with various 2D/3D design data on a dedicated controller, allowing for on-site completion of progress management and quality verification. - When bringing it to the field for observation, it can measure point clouds according to pre-prepared design data, and even from a blank state, point clouds can be synthesized simply by observing from multiple arbitrary points, with data output possible on-site. We offer various automatic functions to ensure that even those without specialized surveying knowledge can obtain high-quality point cloud data.

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The Trimble SX12 has successfully expanded its role in public surveying by integrating a total station and a ground-based laser scanner, significantly broadening the use of point clouds. Furthermore, by adding new features, it enhances convenience and is expected to expand the scope of work for scanning total stations. The Trimble SX12 demonstrates its power in various fields such as civil engineering, construction, and surveying. The Trimble SX12 is a new genre of surveying instrument. It is a surveying device that perfectly combines a high-precision, high-performance servo total station with a long-range 3D laser scanner and a high-resolution imager. With this single unit, not only will you improve work efficiency, but it will also expand the possibilities of your surveying operations to infinity.

• 3D measuring device
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[Discontinued] The Trimble TX8 is a laser scanner capable of managing the shapes of facilities and equipment that require high-density measurements, as well as understanding the current state of plants and factory equipment. It can be used in various applications such as as-built measurements, current condition surveys, and structural measurements. With the latest distance measurement technology, Trimble Lightning Technology, it offers ultra-fast scanning at a rate of up to 1 million points per second, a wide measurement range of up to 340 meters, and a very high precision with point cloud distance noise of just 2mm. It is a laser scanner that combines "speed," "density," and "accuracy."

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Trimble RealWorks is software specialized in the processing and analysis of three-dimensional data. It supports point clouds at the level of billions of points and various input and output file formats, including design data, robustly assisting in the creation of the fundamental data necessary for deliverables. With over 10 years of history and unique know-how, Trimble RealWorks is software adept at smoothly and quickly displaying and processing high-density, large-volume point clouds. Even when handling large data sets, it allows for stress-free progress in work. ■ Manage, process, and analyze vast data sets ■ Efficiently manage large volume data using split loading technology ■ Multifunctional measurement capabilities - semi-automatic clearance, vertical and horizontal measurements ■ Easily extract targets from scanned data ■ Easily export to any CAD design package ■ Seamlessly integrate and synthesize multiple scanning data based on point clouds/targets/georeferencing

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InfiPoints is point cloud data utilization software that merges the real conditions of the field with virtual spaces on a computer. It offers stress-free operability even with point cloud data measured by 3D scanners, consisting of billions of points and tens of gigabytes. InfiPoints automatically extracts cylinders and planes from point clouds, enabling modeling of piping, ducts, and steel materials. It also features the ability to automatically extract shapes such as planes and cylinders from point cloud data measured by mobile 3D laser scanners, including MMS, push-type, handheld, and backpack types, and is compatible with point cloud data created from images captured by drones using SfM (Structure from Motion) technology.

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Skechup, unlike regular CAD, allows you to easily and efficiently create 3D data with somewhat complex shapes by pushing and pulling using the "Push/Pull" tool. You can rotate the model in 3D with the orbit tool, experiencing the 3D space that expands within your monitor. You can apply materials with a single click on a surface, and it is also possible to import original image data to use as materials. 3D Warehouse Access millions of free models. You can instantly add surrounding environments and context to your projects using free models from the 3D Warehouse, the largest and most popular 3D library in the world. Scan Essentials Import point cloud data into SketchUp, enabling the synthesis of models and point clouds, as well as modeling based on point clouds. You can import point clouds from 3D scans, drones, LIDAR sensors, and mobile mapping and display them in SketchUp. Supported file formats include E57, RWP, LAZ, TZF, LAS, and PLY.

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The Trimble R12i GNSS receiver is equipped with Trimble's proprietary IMU (Inertial Measurement Unit) technology called "Trimble Inertial Platform (TIP)." Even when the device is tilted, the built-in IMU sensors automatically detect the receiver's orientation and calculate the coordinates at the pole tip. There is no need to stress over leveling, allowing anyone to easily and quickly perform high-precision observations. ■ National Geospatial Information Authority Class 1 GNSS surveying instrument ■ The latest fifth-generation engine "ProPoint" is expected to improve productivity in challenging GNSS environments ■ Equipped with Trimble's unique IMU-based inertial platform, Trimble Inertial Platform (TIP) ■ Trimble 360 technology achieves 672 channels without any missed signals ■ Ergonomically designed for easy handling ■ Quick-release adapter makes attaching and detaching from the pole easy

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[Discontinued] The Spectra SP85 is standard compatible with GPS, GLONASS, Galileo, Beidou, and QZSS (Michibiki) satellites and their latest signals. It can acquire 600 channels, providing ample capacity even as the number of satellites increases in the future. Additionally, it features the latest 7G chipset for high-speed processing. It can also be used with VRS and RTK. ■ Z-Blade technology expands positioning possibilities even in harsh environments ■ 20Hz data update rate for smooth guidance operations ■ Lightweight compact design at 1.17kg ■ Hot swap function allows battery replacement during observation ■ Robust design (MIL-STD-810F), dust and waterproof performance (IP67) ■ Compatible with the controller "LANDRiV Pro," enabling hybrid observations with the Spectra FOCUS series

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[Discontinued] The Trimble R4s is standard compatible with GPS, GLONASS, Galileo, Beidou, and QZSS (Michibiki) satellites and their latest signals. It also features a 240-channel capability and is an integrated antenna dual-frequency receiver. Additionally, it is equipped with a 6G chipset for high-speed processing. ■ Z-Blade technology expands positioning possibilities even in harsh environments ■ Compatible with the "LANDRiV Pro" controller, enabling hybrid observations with the Spectra Focus series ■ Currently applying for registration as a first-class GNSS surveying instrument with the Geospatial Information Authority of Japan ■ Lightweight and compact design at 930g ■ Multi-GNSS compatible: GPS/GLONASS/Galileo/BeiDou/QZSS ■ Next-generation 6G chipset with 240-channel support ■ Internal memory: 256MB ■ Stable connection achieved with Bluetooth Class 1 ■ Long Range Bluetooth enables RTK without external radio equipment

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A GNSS-integrated handheld device that can be used easily and with high precision even in concealed environments. It is an ideal receiver for infrastructure management in forests and urban areas. The rugged casing equipped with Android OS is suitable for use in harsh environments. With four types of device configurations that offer precision from 1 cm to meters, you can choose the grade according to the required accuracy. Upgrading the accuracy temporarily or permanently is also possible with options. It supports satellite signals from GPS, Galileo, BeiDou, GLONASS, and QZSS, as well as various corrections such as SBAS, VRS, and RTK. It comes standard with a built-in camera and electronic bubble level, allowing for comprehensive operations with a single device. The battery, which can be charged via USB, lasts for 8 hours and is replaceable. 【Features】 - Capable of obtaining coordinates with an accuracy of 1 to 100 cm (diameter) even in forests, residential areas, and quarries. - Equipped with front and rear cameras, allowing for photography of measurement locations. - Ideal for infrastructure location information (manholes, gas pipes, water pipes, utility poles, steel poles, etc.). - On-site inspections of solar panels and wind power generation. - High-level GNSS reception performance in harsh environments like forests, maximizing positioning quality even under canopies. - The Dm compliant with water service providers has a vertical accuracy of 2 cm.

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[Discontinued] The compact and rugged Trimble R2 GNSS receiver is an easy-to-use solution for GIS professionals and surveyors who require accurate data collection for various high-precision positioning applications, from mapping and locating underground utilities such as pipes and cables to inspecting roadside ditches. It can transmit high-precision location information in real-time to mobile devices via Bluetooth or USB. With selectable accuracy options ranging from sub-meter to centimeter and high versatility, it accommodates diverse surveying and GIS data collection workflows. - For GIS applications with sub-meter to centimeter accuracy - Easy data collection through pairing with smartphones and tablets - Supports efficient work with quick setup and simple operation - Supports various GNSS satellites and correction information - High-quality data acquisition with the 220-channel Trimble Maxwell 6 chip and cutting-edge GNSS technology After installing the Trimble GNSS STATUS (free app) on your smartphone or tablet, you can achieve high-precision location information simply by connecting via Bluetooth.

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[Discontinued] The Trimble DA2 and Trimble R2 have similar functions. They can obtain high-precision location information, making them ideal for AR/MR programs! The Trimble R1 GNSS Receiver connects via Bluetooth to a variety of mobile devices. It is a robust, compact, and lightweight GNSS receiver that provides high-precision positioning information. It is designed for all professionals involved in mapping GIS, including environmental agencies, government offices, and utility companies. You can collect high-precision location data with your existing devices, whether they are the latest smart devices like smartphones and tablets or traditional integrated data collection handhelds. The Trimble R1 GNSS Receiver features a compact, lightweight, and durable casing, making it portable with a pocket-sized dimension of 11.2 x 6.8 x 2.6 cm and a weight of just 187 grams. After installing the Trimble GNSS STATUS (free app) on your smartphone or tablet, you can achieve high-precision location information simply by connecting via Bluetooth.

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This is an AR system that allows you to overlay 3D models onto the real world through BYO devices such as smartphones and tablets. By actually placing 3D models in the real space, you can intuitively grasp the site, facilitating smooth information sharing between staff and customers. ■Improving Productivity To enhance productivity and avoid errors and delays, it promotes real-time meetings among project stakeholders. ■Accurate Model Placement Using QR markers, you can quickly and easily place models accurately on-site. With Trimble Connect AR, you can position 3D models in the actual locations on-site. Seeing issues directly in real situations makes complex situations more intuitive. ■Capture and Share AR Photos You can capture photos in the AR display state and share them with the project team via Trimble Connect. While conventional AR products cause models to move when you walk, using an iPad Pro equipped with LiDAR allows Trimble Connect AR to achieve work in a form closer to the ideal.

• Other image-related equipment

The Trimble XR10 is a construction site device that combines Microsoft’s HoloLens 2 with a helmet that meets the protective helmet standards and insulation protective equipment standards set by the Ministry of Health, Labour and Welfare, as well as a bone conduction headset. It is an innovative solution that can provide MR technology to various sites. 【Features of Trimble XR10】 ■ Head tracking function using four visible light cameras ■ Eye tracking function using two infrared cameras ■ Bone conduction headset mobiWAN_TR ■ Usable with glasses due to the flip-up lens ■ Depth perception function using a ToF sensor (spatial awareness) ■ Communication between devices in a network environment ■ Dedicated attachments (chin strap/case) 【Equipped with Bone Conduction Headset】 Traditionally, MR devices were difficult to use on construction sites, but with the flip-up lens, visual confirmation is easy, and the bone conduction headset allows sound to be heard without blocking the ears. Although it is an integrated helmet device, the functions of Microsoft HoloLens 2 can be used in the same way.

• Other image-related equipment

Trimble Connect MR is an MR system for the Trimble XR10 (HoloLens). It integrates with cloud services to quickly overlay 3D models onto the real world through the XR10, enabling efficiency in field operations utilizing 3D models. By using 3D models in construction, plants, and manufacturing sites, it becomes possible to improve construction quality through applications such as training workers, verifying the paths for personnel and equipment, prioritizing tasks, providing remote instructions for assembly and integration, and managing tasks. Trimble Connect MR offers tools to support the on-site use of 3D models, including alignment tools using QR markers, distance measurement tools, layer visibility toggles, and tools for creating and sharing tasks (To Do) to the cloud. The underlying cloud supports all data formats, allowing for centralized management of data from various contractors involved in the project, making it easy to operate 3D models using the XR10, thereby enhancing overall project efficiency.

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"Trimble SiteVision," built with Trimble's high-performance GNSS antenna and ARCore technology, is the world's first outdoor high-precision mixed reality system. Based on GNSS location data, it allows you to visually confirm design spaces overlaid on real-world environments. There is no need to imagine three-dimensional designs from various drawings and topographic maps. ■ 2D and 3D data can be loaded from the cloud, accurately overlaying the augmented world with the real world, and the screen can be customized with cross-sectional views, pit views, transparency, distance sliders (with full layer support), and more. ■ Point cloud measurements can also be performed using the LiDAR functionality on iPad Pro/iPhone Pro. ■ You can easily verify planned roads, buildings, buried pipes, and structures that previously existed on-site. It also serves as a resource for on-site meetings and consensus building. ■ You can use other applications (such as Teams, ZOOM, etc.) to check the site conditions remotely.

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SightFusion connects a commercially available digital camera to a tablet to capture images while checking the optimal overlap rate for measuring cracks. The captured images are automatically stitched together on-site. It can be optimally used for bridge piers, deck slabs, and more. 【STEP1】 Crack Imaging Software: Capture By controlling the digital camera through the software, you can perform imaging suitable for crack measurement. The results are stitched in real-time on the software, allowing you to proceed while checking the overlap situation, which helps to minimize missed shots. 【STEP2】 Automated Crack Measurement Web Service: Inspection By uploading the captured images, automatic processing of image stitching begins. In addition to crack detection using AI, additional editing of cracks can also be performed online as needed, making it economical as no special PC is required for image processing. 【STEP3】 The final crack and stitched images obtained can be exported in DXF/DWG or CSV format for use as results outside the system.

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• Image analysis software

The RTS series allows CAD data to be imported into a tablet (FieldLink), enabling high-precision layout work that anyone can perform without surveying knowledge. The RTS series is equipped with advanced technology unique to Trimble, enabling measurements to be conducted by a single person and fully supporting the trend towards reduced workforce. It has made the operation of BIM data possible for all measurement tasks, from design and layout to construction management and maintenance. ■ SurePoint During measurement, the total station may tilt slightly. Trimble's unique tilt correction technology corrects the tilt in real-time. ■ MagDrive With the incorporation of a linear motor, the main unit drives quickly and smoothly, allowing for seamless tracking of the target (with a turning performance of 90° per second). ■ Active Target The use of a powerful active target that captures the mirror allows for stress-free tracking even in sites where obstacles, such as steel frames, obstruct the line of sight. ■ AutoLock By simply placing the prism within the telescope's field of view, the prism is automatically recognized and tracked. This integrated function of automatic aiming and tracking significantly reduces stress during measurement tasks.

• 3D measuring device
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The Trimble RPT600 is a system aimed at improving work efficiency on construction sites. It enables productivity enhancements in layout work and point verification tasks through easy setup with automatic leveling features, high visibility work performance with the use of green lasers, and effective utilization of design data (DWG files). The Trimble RPT600 is operated entirely through the FieldLink application installed on a tablet, allowing anyone to perform tasks with the same accuracy, even without surveying knowledge, in construction, HVAC, and electrical work. The work process consists of just three steps: ■ Import CAD files into the tablet ■ Create points from CAD data ■ Layout on site Features: ■ Significantly higher work efficiency than a tape measure ■ Data import from Tfas and AutoCAD ■ Layer management capabilities ■ The main unit has only a power switch ■ The tablet is a user-friendly Windows device

• 3D measuring device
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The Focus50 incorporates many unique features from Trimble, enhancing tracking performance with MagDrive and enabling quick prism locking with the AutoLock function. Like the previous model, it is equipped with autofocus for faster observations. Additionally, SurePoint improves the maintenance of observation accuracy. Ample communication range The Focus50 is available in two types: Bluetooth communication and 2.4GHz radio specifications. - Bluetooth communication range: up to 150m from the main unit - Approximately 2.4GHz radio communication range: up to 500m from the main unit *Both ranges may vary depending on the surrounding environment. Suitable for sites with significant elevation differences The Focus50 performs well in observing sites with large elevation differences, thanks to its servo total station. A larger instrument is effective when the altitude angle is high. *Two types of 360° omnidirectional prisms are available. Controller can be mounted on the main unit for observation The Focus50 allows the "LANDRiV Pro" controller to be mounted on the main unit, enabling two-person observations while utilizing the automatic tracking function, in addition to one-man tasks such as pile driving.

• 3D measuring device
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The Nikon Nivo series is a non-prism total station equipped with autofocus. The Nikon Nivo series features a variety of functions in a compact and lightweight body, including an AF function that enhances concentration on site, improved field quality through the adoption of a new EDM, and diverse data communication capabilities that connect the field directly to the office. The "Nivo-Z and Nivo-F series" are equipped with features that enable high-precision and efficient measurements at construction and architectural sites, thereby improving productivity. When setting up a column, the telescope continuously maintains focus while being moved up and down. Additionally, during measurements, the telescope can be roughly aligned with the person on the prism side, allowing for quick alignment with the prism.

• 3D measuring device
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The Nikon NST-505C supports a wide range of tasks, from basic applications such as coordinate measurement and new point observation to advanced applications like offset measurement and side observation, while inheriting the operability cultivated by the "NST series." Since its release in 1991, the NST series has received high praise for its "ease of use" and "Nikon quality." **Features** - Equipped with a laser pointer, utilizing a lithium-ion battery, designed to be compact and lightweight at approximately 4.9 kg, and featuring an IP55 dust and water resistance rating, making it suitable for various field environments and enhancing mobility. - The adoption of a new EDM enables high-precision distance measurement of ±(2+2ppm×D), high-speed distance measurement of approximately 0.6 seconds (in high-speed mode), and long-distance measurement of up to 4,000m (with a single prism). The reliable trust and operability remain unchanged, while the distance measurement performance has further evolved. - Bluetooth LE compatibility and NFC functionality allow for easy smartphone pairing, enabling smart connectivity between the field and the office!

• Distance measuring device

The Nikon NST-C3 is an entry-level model that pursues simplicity with easy operation, featuring excellent distance measurement performance typical of Nikon quality, a compact and lightweight design of approximately 4.8 kg, and an IP55 dust and water-resistant design that enhances mobility on-site. Since its release in 1991, the NST series has received high praise for its "ease of use" and "Nikon quality." Features: - The entry-level NST-C3, which emphasizes ease of use, is characterized by large buttons. - With the adoption of a new EDM, it achieves high-precision distance measurement of ±(2+2ppm×D), high-speed distance measurement of approximately 0.6 seconds (in high-speed mode), and long-distance measurement of up to 4,000 meters (with a single prism). While maintaining its well-established reliability and operability, the distance measurement performance has further evolved. - The display is large, easy to read, and features Japanese language display, with a minimal key layout that allows even first-time total station users to operate it without stress, making it immediately effective. - Distance can be measured easily with a theodolite-like feel, making it a practical tool for tasks such as aligning streets, buildings, and stakes from the very first day of use.

• 3D measuring device

The Nikon NE-10RC2/NE-20SC2 features dustproof and waterproof performance that can withstand harsh field environments, along with three key efficiency attributes: "lightweight," "easy," and "compact." - Powerful dustproof and waterproof performance with JIS protection grade 5-6 (NE-10RC2) - Waterproof performance with JIS protection grade 4 (splash-proof type) (NE-20SC2) - Clear focus even at short distances - Usable for 22 hours with six AA batteries - Digital large LCD display focused on visibility

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The Spectra GL series includes two models: the GL422N, which is a dual-axis slope type, and the GL412N, which is a single-axis slope type. In addition to the "slope setting" function that allows for slope value input, it can also be used for "vertical output" tasks. The body is designed to be robust, making it a cost-effective laser. ■ Automatic leveling for horizontal/vertical ■ Accuracy ±1.5mm/30m ■ Working range approximately 800m in diameter ■ Wireless communication between the HL760 and the laser enables grade matching and PlaneLok ■ The "fingerprint" function allows reception of laser light only from paired lasers ■ Warning function to avoid erroneous measurements when subjected to vibrations ■ Remote control via a long-distance compatible remote control

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The LL500 adopts the traditional pendulum (wire-hung air dump) compensator. It boasts overwhelming performance and reliability with over 100,000 units sold worldwide, making it a bestseller that can be considered the standard for laser levels. The use of diamond-cut aluminum pentamirrors further enhances its impact resistance against falls and provides a consistently stable laser reference plane even under harsh temperature changes on site. ■ Precision, stability, and high reliability ■ Can produce a corrected laser reference plane within a range of 500m in diameter ■ Achieves high precision that is resistant to temperature changes ■ In addition to the easy-to-use standard set HL700, it can also be used with CR600

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The LL300S is compatible with a wide range of work environments, from general civil engineering to construction and machine control. Its robust design, capable of withstanding harsh working conditions, features IP66 waterproofing, a measurement range of 800m in diameter, and high-precision measurements with a horizontal accuracy of ±10″, all of which contribute to increased productivity on site. ■ Applications: Construction work, small-scale machine control ■ Accuracy: High precision of 1.5mm/30m (±10″) ■ Dust and waterproof: IP66 ■ Robust design: Drop tolerance height of 1m on concrete surfaces ■ Range: 800m in diameter ■ Standard receiver HL450: Detects position in millimeter units ■ Remote control (optional): 1-axis slope mode

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The laser level "LL300N" is a robust and user-friendly laser level suitable for general construction work and small-scale machine control. It has improved environmental resistance, measurement performance, and operability compared to the conventional model (LL300), meeting the demands of construction sites. ■ Applications: Construction work, small-scale machine control ■ Dust and waterproof: IP66 ■ Rugged design: Drop tolerance height of 1m on concrete surfaces ■ Range: Extended 100m from LL300 (diameter 500m) ■ Standard receiver HL450: Detects position in millimeter units ■ Operability: Automatic leveling function & three power supply options ■ Remote control (optional): One-axis slope mode

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The Spectra LL100N comes with a complete set of equipment necessary for leveling – laser, receiver, clamp, tripod, and staff – all stored in a portable hard case. It is easy to transport and store, as well as simple to use. With its automatic leveling function and one-button operation, you can quickly start working, making it an affordable laser level suitable for various height management applications. ■ Automatic leveling function that activates with just a power on ■ Height warning function that automatically stops rotation during vibrations ■ Simple one-button operation ■ Dustproof and waterproof IP54, robust design with a drop performance of 1m on concrete surfaces ■ Single-axis manual slope mode that can match known standards (when using RC601) ■ Low power consumption design that allows for long working hours with two D alkaline batteries ■ Removing the rotating casing enables 360° laser projection

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The Spectra LR30 is a 360-degree receiver compatible with various rotating lasers. It is highly versatile and easy to operate. During excavation and grading work, it can be mounted on various heavy machinery such as bulldozers, hydraulic excavators, graders, scrapers, and levelers to be used as a display receiver. ■ 360-degree receiving sensor ■ 171mm receiving width ■ Three-stage on-grade width ■ Long operating time (up to 75 hours) ■ Weighs only 2.7kg ■ Features a multi-clamp mechanism

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Spectra's uniquely developed design is "compact" and "tough," making it suitable for harsh working environments. Additionally, the new "smart" design user interface and line alert function reduce work loss and achieve further efficiency. ■ Compact design accommodates tight setups ■ Wide gradient setting range ■ IP68 equivalent environmental performance withstands harsh working environments ■ Easy operation with the new user interface ■ Line alert function notifies of beam obstructions

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The Nikon AS-2 / AS-2C offers "strength," "high precision," "ease of use," and a variety of options tailored to different applications. ■ Single-axis coarse and fine focusing mechanism ■ Aperture of 45mm, magnification of 34×, with a minimum focusing distance of just 90cm (from the tip) ■ "Optical Micrometer Type 3" (optional) ■ Automatic correction function ■ Compatible with three types of tripod mounts ■ "Interchangeable eyepieces and diagonal eyepieces" (optional)

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