Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.
46～60 item / All 102 items
Our company conducts measurements using a 3D laser scanner.
We measured the entire building from the exterior to the interior using a 3D scanner and digitized the data! Additionally, we performed modeling. It is also possible to conduct simulations from the modeling! Please be sure to watch until the end! *For more details, please refer to the PDF document or feel free to contact us.
Achieving safe and accurate 3D measurement in a short time! Geometric shapes are also output as point cloud data.
We would like to introduce our "3D Measurement" services. Measurement, of course, but also construction planning and modeling can be widely utilized. It enables the sharing of operations across various sections using just a single point cloud data. Please feel free to contact us when you need our services. 【Features】 ■ Geometric shapes can be output as point cloud data ■ Wide range of applications including modeling ■ Operations across various sections can be shared using just a single point cloud data *For more details, please download the PDF or feel free to contact us.
- Tension measurement of tension materials - Magnetostrictive sensor - NETIS registration (CG-140020-A) - Registered as a technology for promoting the utilization of long-life technology in Hiroshima Prefecture
- A sensor for measuring cable tension in PC steel materials, etc. - Easy installation method that only requires insertion into the cable - Long-term monitoring sensor with excellent durability - Patent No. 3942463 (Reinforced concrete structure's existing stress measurement system) - NETIS registration (CG-140020-A) - Registered as a "technology for promoting utilization" under Hiroshima Prefecture's long-life technology utilization system - Capable of measuring tension in existing cables (additional condition adjustments may be necessary) - Received a grant from the Hiroshima City Industrial Promotion Center for the fiscal year 2015
Monitoring of temperature, humidity, and concentration in a hydrogen peroxide gas atmosphere.
I will concisely summarize and explain the risks of hydrogen peroxide sterilization, the conditions that contribute to the occurrence of these risks, and a comparison of measuring instruments in an easy-to-understand manner within 15 minutes.
With a 3D laser scanner, we measure complex shapes and vast amounts of information in a short time. For i-Construction, BIM, and digital twins.
A 3D laser scanner is a high-speed measurement device that collects data at a rate of tens of thousands of points per second over a full 360° range around a machine. It measures distances by sending laser light back and forth between the scanner and the object without making direct contact, obtaining three-dimensional coordinate values based on the angles and distances of the emitted light. The data collected by the laser scanner is imported into specialized software, where the coordinate data is represented as points (dots) on a PC screen. The collection of measurement points is referred to as point cloud data. Since point cloud data is represented in three-dimensional positions, it allows for the verification of location information on a computer screen. After measurement, the data can be used for 2D CAD and 3D modeling, tailored to the customer's needs. 【Features】 ○ Reduces work time due to high-speed measurement capabilities ○ Allows for safe operation without contact with the object ○ Collects data on everything visible, eliminating measurement omissions and the need for re-measurement ○ Enables verification of discrepancies between existing drawings and current conditions through data ○ Allows for extraction of new information from the data For more details, please contact us or download the catalog.
We will measure the interior of the building using a 3D laser scanner.
A 3D laser scanner is a high-speed measurement device that collects data at a rate of tens of thousands of points per second over a full 360° range around a machine. The laser light travels back and forth between the scanner and the object without directly touching it, determining the distance and acquiring three-dimensional coordinate values based on the angle and distance of the emitted light. After measurement, the data can be used to create 2D CAD drawings and 3D models tailored to the customer's needs. In interior measurements of buildings, we obtain necessary structural information for renovation work, create existing drawings, and produce current condition drawings (floor plans, cross-sections) for ceiling renovation work, as well as perform actual measurements of the structure and mechanical equipment in the machine room. [Measurement Examples] [Interior Measurement of Buildings] - Obtain necessary structural information for renovation work and create existing drawings. - Create current condition drawings (floor plans, cross-sections) for ceiling renovation work. - Measure the structure and mechanical equipment in the machine room and utilize the data for construction planning materials. For more details, please contact us or download the catalog.
We will conduct a current measurement of the bridge pier using a 3D laser scanner.
A 3D laser scanner is a high-speed measurement device that collects data at a rate of tens of thousands of points per second over a full 360° range around the machine. The laser light travels back and forth between the laser scanner and the object without directly touching it, calculating the distance and obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. Using the data collected after measurement, we can provide 2D CAD drawings and 3D models tailored to the customer's needs. For bridge pier current condition measurement, we measure and create drawings of the current state for seismic reinforcement work on the bridge pier. Additionally, for bridge and girder measurements, we create 3D models of existing bridges without drawings and produce 2D drawings for seismic reinforcement design. [Measurement Examples] [Bridge Pier Current Condition Measurement] - Measuring and creating drawings of the current state for seismic reinforcement work on the bridge pier. [Bridge and Girder Measurement] - Creating 3D models of existing bridges without drawings. - Producing 2D drawings for seismic reinforcement design. For more details, please contact us or download the catalog.
Bed and slope flow velocity measurement - 'Bottom-mounted electromagnetic flow meter FM'
An electromagnetic flow meter has made it possible to measure flow velocity near the bottom surface, which was difficult to measure with conventional flow velocity sensors. 【Features】 ○ By installing the sensor at an angle or vertically, it is possible to measure flow against walls or in oblique flows. ○ The embedded flat design minimizes the impact of the sensor on flow velocity. ○ Ideal for experiments on flow velocity caused by waves near coastlines and river mouths, tsunami inundation experiments, and overflow experiments for disaster prevention levees. ● For other functions and details, please download the catalog.
Point measurement of fine waves - "Servo-type wave height gauge"
Wave height meter capable of measuring fine waves at specific points ● High precision measurement Achieved linearity of ±0.2% / full scale Excellent stability of ±0.1% / full scale / H ● High-speed response measurement By adopting a high-performance DC servo motor, a maximum linear speed of 1.2 m/s has been achieved ● High resolution High resolution of 0.05 mm Capable of measuring minute fluctuations in wave height and water level ● Compact, lightweight, and easy to handle No complicated operations are required, and calibration during measurement is almost unnecessary. Its compact and lightweight design makes it easy to handle. For more details, download the catalog!
[Application Example] Utilizing the analysis capabilities of the MSA500 series signal analyzer to measure the radio waves used for remotely controlling drones.
As drones become smaller, more functional, and less expensive, they are expanding their presence in various fields, and it is expected that the drone market will continue to grow in size in the future. Moreover, since the 2.4GHz band is often used for remote control of drones, there is an increasing need to check for interference and radio wave disruption with other communication devices. Additionally, since drones are often operated outdoors, it is more convenient to be able to easily carry measuring instruments when conducting radio wave measurements. 【Product Introduction】 ■ Signal Analyzer MSA538 ■ Signal Analyzer MSA558 ■ WLAN Band Antenna M404 *For more details, please refer to the PDF document or feel free to contact us.
The installation interval for embedded inclinometers is 2 meters, while the measurement interval for insertion-type inclinometers is based on 1 meter!
The measurement of horizontal displacement of retaining walls is usually conducted by comparing it with the management standard values set from the design values, in order to manage the safety of the retaining walls. The measurement methods include automatic measurement using embedded inclinometers and manual measurement using inserted inclinometers. In both cases, guide pipes (steel square pipes 75mm x 75mm) are installed on the retaining wall, but the embedded inclinometers are buried after the installation of the retaining wall. For both measurements, the obtained measurement values (inclination angles) are multiplied by distance to convert them into horizontal displacement amounts, and by cumulatively adding from the bottom end of the retaining wall upwards, the overall deformation (distribution) is determined. Our company generally sets the installation interval for embedded inclinometers at 2 meters and the measurement interval for inserted inclinometers at 1 meter. In addition, we also conduct measurements of "cut beam axial force, ground anchor axial force," "rebound and ground subsidence," and "groundwater level." 【Regarding the setting of management standard values】 ■ Primary management standard value: Maximum displacement at the time of design × 80% ■ Secondary management standard value: Maximum displacement at the time of design × 100% *For more details, please refer to the PDF document or feel free to contact us.
Introducing the solution lineup of Aisan Technology Co., Ltd.!
The "Surveying and Positioning Solution Lineup 2017" is a catalog from Aisan Technology Co., Ltd., which engages in the design, development, and sales of CAD systems for public surveying, registration surveying, and civil engineering construction. It features high-precision 3D mapping UAV "Winser," as well as "Mobile Mapping Systems" and the global coordinate acquisition system "3D-BMB," among others. [Contents] ■ 3D Solution UAV / Point Cloud Processing / MMS ■ G Spatial Data Solutions ■ New Proposals for Surveying, Design, and Registration ■ Introduction of Surveying / Measuring Equipment ■ Complete Outdoor & Office Solutions, etc. *For more details, please refer to the PDF materials or feel free to contact us.
We will respond to your request to evaluate roundness and circularity!
Are you having trouble evaluating whether the axes and shaped holes are according to the design specifications? At our company, we attach samples to the KEYENCE "VR-6200" electric rotary unit, rotate them 360 degrees to obtain 3D data, and measure roundness from the profile. Additionally, we measure circularity using the image processing software "WinROOF2021." Please feel free to contact us when you need our services. 【Features】 <Roundness Measurement Using VR-6200> ■ Attach samples to the electric rotary unit and rotate them 360 degrees ■ Obtain 3D data and measure from the profile <Circularity Measurement Using Image Processing Software> ■ When measuring the circularity of commercially available probe pins using WinROOF2021, it was observed in the SEM image that they are not perfectly circular. *For more details, please refer to the PDF document or feel free to contact us.
