Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
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3D laser scanning measurement (3D laser measurement) service
We are editing data obtained from measurements using a 3D laser scanner (point cloud data). We have measurement experience in terrain, plants and factories, bridges, and existing equipment within factories. We also accept requests for measurement only or editing of measurement data (point cloud synthesis, 3D modeling), so please feel free to contact us for inquiries and consultations.
Automatic flight in the specified area! Realistic representation is possible even for complex-shaped objects.
"Automatic 3D image measurement using UAV (laser and photography)" allows you to check the shooting conditions on-site in real-time. 3D model data is created from images. Realistic representation is possible even for complex-shaped objects. It is suitable for earth volume calculation, cross-section creation, contour line creation, and orthophoto creation. For 3D measurement and image creation, please leave it to Kinsoku. 【Features】 ■ Automatic flight over the specified area ■ Real-time confirmation of shooting conditions on-site ■ Creation of 3D model data from images ■ Realistic representation even for complex-shaped objects *For more details, please refer to the PDF document or feel free to contact us.
No drawings! Unable to understand the current situation due to modifications! A 3D laser scanner to solve the design for factories, ruins, and ballast water treatment systems [Catalog available].
3D laser measurement is a pioneering technology for the upcoming era of 3D information. The data obtained using a 3D laser scanner, known as "point cloud," improves various operations for our customers. We propose low-cost, high-performance measurements tailored to your needs. Through point cloud synthesis and alignment, we provide high-quality point cloud data. Case Study: Plant When there are no 2D drawings or the current conditions are unclear due to modifications, creating drawings using 3D measurement data is effective. Modeling and drawing through 3D measurement significantly reduces the costs of repair work. *For more details, please download the catalog or feel free to contact us.
Explaining the usefulness and benefits of 3D laser measurement!
In this blog, we explain the advantages of 3D laser measurement and the differences in data. In previous blogs, we discussed the characteristics and mechanisms of 3D laser scanners. This time, I would like to specifically explain the usefulness and benefits of 3D laser measurement in more detail. *You can view the detailed content of the blog through the related links. For more information, please refer to the PDF materials or feel free to contact us.*
We will perform actual measurements with a 3D laser scanner, create 3D models, generate cross-sections, and calculate volumes.
A 3D laser scanner is a high-speed measurement device that acquires data at 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, calculating the distance and obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. After measurement, the data can be used for 2D CAD and 3D modeling, tailored to the customer's needs. In landfill measurements, we perform actual measurements with a 3D laser scanner, creating 3D models, cross-sections, and calculating volumes. It is possible to measure changes over time at the landfill, create models of three-dimensional terrain, and calculate remaining capacity. [Features] [Landfill Measurement] - Actual measurements with a 3D laser scanner, creating 3D models, cross-sections, and calculating volumes - Capable of measuring changes over time, creating models of three-dimensional terrain, and calculating remaining capacity For more details, please contact us or download the catalog.
A detailed explanation further exploring the advantages introduced in the "first part"! Introducing a technology blog.
In the previous installment, "Advantages of 3D Laser Measurement - Part 1," we discussed our company's 3D laser measurement services. We highlighted the benefits of 3D laser measurement, such as "the ability to conduct efficient current condition measurements in a short time" and "once measured, there is no need to revisit the site." In this "Part 2," we will delve deeper into the advantages introduced in "Part 1." *For more detailed content of the blog, please refer to the related links. For more information, please check the PDF materials or feel free to contact us.*
Machines and parts within factories and plants can be measured in microns! Product inspection is easy, and objects can be converted into high-precision 3D data! The error is only 0.058mm.
The "High-Precision 3D Scanning Service" is a measurement service that can create 3D data of the measurement target at a "micron level." It can measure with a precision of 0.058mm without contact, reducing the effort of measurement work while obtaining high-precision 3D data! This service is ideal not only for product inspection but also for those who want to reproduce custom items or have lost their drawings. 【Features】 ■ Easy to create reports by digitizing data ■ Real-time confirmation of 3D data on a PC while measuring ■ Capable of measuring highly reflective surfaces ■ Mail-in measurements and on-site support are also available 【For those who are facing these issues】 ■ Plant manufacturing, machine parts, engine components, reverse engineering Machines, rolls, brakes... Want to measure under 1mm but have no way to do so. ■ No drawings available but want to create the same item, produce a product, or reproduce custom items. *For more details, please download the catalog or contact us.
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.
Equipped with 3D laser scanners, GPS, IMU, and odometry on vehicles and trolleys, we collect 3D point cloud data while moving!
"Mobile 3D Measurement" involves equipping vehicles or trolleys with 3D laser scanners, GPS, IMU (Inertial Navigation System), odometry (distance measurement), etc., to acquire three-dimensional point cloud data while moving. The obtained point cloud data can be used for extracting tunnel cross-sections, measuring architectural clearances, and designing when adding auxiliary facilities. 【Features】 ◇ Inspection Speed 3 km/h to 80 km/h (the point cloud acquisition pitch in the direction of travel changes depending on the speed) ◇ Measurement possible in GPS-denied environments ◇ Highly reliable drawings (CAD conversion) ◇ Analysis, design, and various numerical simulations of three-dimensional data are possible ◇ By measuring before tunnel photography with the "Mobile Tunnel Imaging System," it is possible to obtain more reliable images. *For more details, please refer to the PDF document or feel free to contact us.
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.
We will measure the exterior 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 the machine. The laser light travels back and forth between the 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. In building exterior measurements, we conduct actual measurements for scaffolding considerations related to exterior wall renovations, create drawings, generate neighboring elevation drawings and videos from the site of planned new construction, and measure the position and height of buildings with a 3D scanner to create floor plans and development drawings. [Measurement Examples] [Building Exterior Measurement] - Actual measurements for scaffolding considerations related to exterior wall renovations and creation of drawings - Creation of neighboring elevation drawings and videos from the site of planned new construction - Measurement of the position and height of buildings with a 3D scanner to create floor plans and development drawings For more details, please contact us or download the catalog.
Using a 3D laser scanner, we provide a comprehensive service from seismic reinforcement construction to drawing creation and manufacturing! [Case Study]
Our company conducts seismic reinforcement measurement, analysis, modeling, drawing creation, and production using 3D laser scanners. By measuring from both ground and aerial perspectives, we can achieve seamless measurements. With a backpack-type scanner, we reduce time and costs. It allows for an easy understanding of the overall picture at about a quarter of the cost of fixed scanners. 【Features】 ■ Seamless measurements by measuring from both ground and aerial perspectives ■ Backpack-type for time and cost reduction ■ Easy understanding of the overall picture at about a quarter of the cost of fixed scanners ■ Creation of detailed drawings (general drawings, production drawings, material procurement lists, interference diagrams) ■ Suitable for safety management tasks before construction (scaffolding, crane access points, interference) *For more details, please refer to the PDF materials or feel free to contact us.
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.
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.
![Plant Measurement Services and Point Cloud Data Utilization [Case Studies and Technical Materials Available]](https://image.www.ipros.com/public/product/image/ffe/2000801198/IPROS75000606592475400305.png?w=280&h=280)
Smooth construction! A must-see for those who want to carry out equipment renovation work but have no drawings! Visualize the parts that are unclear in the drawings with a 3D model.
Our company offers a suitable "Plant Measurement Service and Point Cloud Data Utilization" for sharing between manufacturers and construction companies. We can measure complex locations where you want to verify layouts but are unsure of the current situation, high places, and hazardous areas that cannot be measured without scaffolding, using a laser scanner. By visualizing parts that cannot be understood from drawings in a 3D model, we can align the opinions of design and site, preventing discrepancies. 【We solve the following problems】 ■ We want to carry out renovation work on equipment, but there are no drawings. ■ We considered manual measurement, but the curvature and twisting of the measurement target are complex and cannot be measured adequately. ■ The work area is in a high place where scaffolding cannot be set up. ■ High temperatures, heat, and dust place a significant burden on workers. ■ While it is visible, personnel cannot walk into the measurement target due to equipment and other obstacles. *For more details, please refer to the PDF document or feel free to contact us.
