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The NETIS number has been updated! KT-230145-A (3D Displacement Automatic Measurement Cloud Management System) *Old NETIS number: KT-130050-VE This is an automatic measurement system that manages 3D coordinates of the position information of bridge construction girders using an automatic aiming total station, displaying the difference from the planned height. With real-time automatic measurement, there is no need to interrupt work for measurement purposes. Displacement data measured can be viewed from a PC in the field office or from remote terminals via a web browser (K-Cloud).

In July 2024, we obtained a NETIS number. NETIS Number: KK-240034-A This is a system that uses a total station and reflective sheets to perform three-dimensional measurements of the differences from the design data, necessary for confirming the dimensions of components and assembly accuracy in the manufacturing and assembly processes of bridge and shipbuilding materials. It allows for precision management aligned with the design coordinate system, regardless of the installed position or orientation of the manufactured components.

This system allows for surface measurements using a scanner instead of the traditional pinpoint measurements with non-prisms and prisms, providing more detailed results on-site. It manages the measurement area as a surface and visualizes the displacement of the mesh with colors. When pouring concrete in the superstructure of a bridge, it checks the flatness of the pouring surface. It is also possible to display the height difference from the design surface. The measured data can be directly utilized as construction results. NETIS Registration: KT-180118-VE

The wireless subsidence sensor [Wimos] uses a wireless light-receiving sensor and a rotating laser level to measure subsidence and uplift in real-time. It can be used without any complicated operations or specialized knowledge. NETIS Registration KT-180034-VE 【Features】 ■ Communication speed: Measures 5 sensors in 1 second ■ Resolution: 0.1mm ■ Reception width: Wireless light-receiving sensor approximately 100mm, long light-receiving sensor: approximately 300mm ■ Retains wireless communication setting functions with each terminal ■ Graph display function, data can be saved in CSV format ■ Battery or AC power supply ■ Alerts via email or rotating light when management values are exceeded (optional) *For more details, please download the catalog or contact us.

This is a system that installs an inclination sensor to observe the inclination displacements of vents, sandbags, bridge piers, bridge abutments, and slopes at bridge construction sites. It wirelessly collects data and displays it in a web browser. By continuously measuring inclination at sites with high urgency, it ensures the safety of the site. It operates continuously when connected to a power source, allowing measurement instructions and configuration changes to be made remotely from a computer at any time. NETIS: KT-170096-A

This is a system that automatically measures the behavior of structures and slopes 24 hours a day and unmanned, using automatic targeting total stations and GNSS as sensors. By immediately processing the acquired data, it is possible to view three-dimensional displacement information on a PC monitor or remotely via the internet. If data exceeding the pre-set displacement management value (alert value) in the system is acquired, the accompanying alarm system will automatically detect it and send a warning to the registered administrator via email or display lights. The NETIS number has been updated as of March 2024! KT-230145-A (Three-Dimensional Displacement Automatic Measurement Cloud Management System)

This is a system that performs 3D measurements of the ground and existing structures that may be affected by nearby construction only when necessary. It automatically measures all survey points within the range visible to the total station and acquires the result data into the system, contributing to the labor-saving of measurement tasks. The Mobile Dam System simplifies the process from the installation of the total station to the start of measurement, and also makes the operation of mobile devices simpler than before, allowing even those without specialized knowledge in measurement to easily set up and conduct measurements. As of March 2024, the NETIS number has been updated! KT-230145-A (3D Displacement Automatic Measurement Cloud Management System)

―Introduction to the Option System― 【On July 12, 2024, the MR visualization system for the option system has resumed sales!】 Using the technology of "GyroEye" developed by Informatics Co., Ltd.*, this system projects an area set with a "3D barrier" as a hologram in real size into the real world. 【Supported Devices】 Microsoft HoloLens 2, Trimble XR10 【Supported Data Formats】 DWG, DXF, IFC *To use this option system, registration for the dedicated app "GyroEye Web Data Converter," which converts CAD data into MR-compatible data, is required. *The 3D barrier and the WEB Data Converter have different coordinate systems, so they do not match perfectly. *There may be instances where it does not operate correctly due to weather conditions. *High-precision projection may not be possible depending on the site environment and weather conditions. *GyroEye is a registered trademark of Informatics Co., Ltd. *For more details on the MR visualization system, please refer to the catalog.

This is a safety monitoring system that creates a shield by scanning a surface with laser light from a laser scanning sensor, detecting intruding objects, and issuing alarms. <NETIS Registration KT-190131-A>

A total station with non-prism measurement capabilities measures two points each on the upper and lower diameters of the pile, displaying the difference between the design values and the actual measurements both numerically and visually. This system manages the inclination angle and azimuth angle during the installation of inclined piles, contributing to labor-saving in measurement work and improving quality. 【Features】 ■ NETIS registered (Number: KT-220168-V) ■ Patent pending ■ Compatible with inclined pile construction methods and rotary percussion drills ■ Measurement with a single total station, no need for prism installation ■ Remote data viewing and report output via web browser (K-Cloud) *For more details, please refer to the materials.

This is a system for calculating and displaying the installation position and tilt of H-shaped steel piles during driving. It measures one point each at the top and bottom of the H-shaped steel side using a total station, allowing for real-time confirmation of positional deviations and tilting during installation. The data and visuals are displayed on an in-vehicle monitor, contributing to quality improvement. 【Features】 ■ NETIS registered (Number: KT-220168-VE) ■ Measurement with a single total station, no need for prism installation ■ Remote data viewing and report output via web browser (K-Cloud) *For more details, please refer to the materials.

■Purpose and Evaluation of the 3D Barrier Introduction In the construction of a new factory, a 3D barrier was introduced to manage the distance from high-voltage lines for the use of heavy machinery such as crawler cranes and pile drivers that require work at heights. Previously, monitoring had to be done manually through visual checks or with a transit, but with the 3D barrier, the management area can be freely set, allowing for efficient and safe work. In particular, the system that immediately alerts with an alarm and patrol light when entering the danger zone (11m from the high-voltage line plus a 1m margin) has contributed to a sense of security.

■Purpose and Evaluation of the Introduction of Pile Navi Cloud-H Until now, we have been using a transit to check in the vertical direction, but there were several challenges. First, it was difficult to grasp the differences from the accurate design values in real-time during the pouring work. Additionally, the visibility of the transit was poor at night or in dark places, and there was also the issue that measurement results could vary depending on the skill of the observer. Overall, I feel that it has helped improve the accuracy of shape management, and the ability to operate it from a distance using a tablet PC has contributed to labor reduction. The system's operation felt intuitive and easy to understand, giving a user-friendly impression. In summary, I would rate it at about 80 points.