Last Updated： Aggregation Period:Jan 28, 2026～Feb 24, 2026
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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 inquiries for measurement only or editing of measurement data (point cloud synthesis, 3D modeling), so please feel free to contact us for consultations.
No drawings! Unable to understand the current state due to modifications! A 3D laser scanner to solve the design of 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 situation is unclear due to modifications, creating drawings using 3D measurement data is effective. Modeling and drawing through 3D measurement significantly reduces the cost 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. It calculates distances by sending laser light back and forth between the scanner and the object without direct contact, obtaining 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 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 of 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, including "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 information, you can view it through the related links. Please refer to the PDF materials or feel free to contact us for more information.*
Coaxial confocal line sensor
Due to differences in the wavelength spectrum reflected by height, this is a 3D confocal line sensor that accurately measures height. It acquires high-definition 3D data without blind spots through coaxial imaging from directly above. ★ Ultra-high precision and high-speed 3D measurement It performs precise 3D measurements with a maximum X resolution of 1.9μm and a Z resolution of 0.25μm. It supports inline inspections that require speed with a maximum scan rate of over 10kHz and high-speed imaging at 4300Hz even in full scan range. ★ Coaxial optical design without blind spots The coaxial optical design that scans from directly above allows for the acquisition of high-definition 3D data even for shapes with significant irregularities, such as deep grooves and protrusions. High-quality 3D scans are possible even on steep slopes with a maximum inclination of ±85 degrees. ★ Capable of measuring glossy surfaces and transparent objects It can stably capture surfaces composed of various materials, including glossy surfaces, transparent/translucent objects, and soft porous surfaces. It can be applied to shape measurement of glass, inspection of adhesive application amounts for transparent adhesives, and measurement of dicing grooves seen on glossy wafer surfaces.
Machines and parts within factories and plants can be measured in microns! Product inspections are 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 with "micron-level" accuracy. 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 objects ■ 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 acquires data at the 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 laser 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. The data collected after measurement can be used to create 2D CAD drawings and 3D models tailored to the customer's needs. For the measurement of bridge piers, the current state is measured and documented for seismic reinforcement construction. 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 State Measurement] - Measuring and documenting the current state for seismic reinforcement construction of bridge piers. [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.
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 measuring 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 laser scanner and the object without directly touching it, calculating the distance and acquiring three-dimensional coordinate values based on the angle and distance of the emitted light. Using the data collected after measurement, we 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, and generate elevation drawings and videos from the site of planned new construction. We measure the position and height of buildings with a 3D scanner and create floor plans and development drawings. 【Measurement Examples】 [Building Exterior Measurement] - Actual measurements for scaffolding considerations related to exterior wall renovations and drawing creation - Creation of 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 design, we reduce time and costs. It allows for an easy grasp 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 design 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 measuring device that acquires data at the rate of tens of thousands of points per second over a full 360° range around the machine. It calculates distances by sending laser light back and forth between the scanner and the object without direct contact, obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. The data collected by the laser scanner is read using specialized software, and 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 measuring equipment ○ Allows for safe operation without contact with the object ○ Captures data for everything visible, eliminating measurement omissions and the need for re-measurement ○ Enables verification of differences between existing drawings and current conditions on the data ○ Allows for extraction of new information from the data For more details, please contact us or download the catalog.
We will conduct current condition measurements of roads, tunnels, and station buildings using a 3D laser scanner.
A 3D laser scanner is a high-speed measurement device that captures data at the rate of tens of thousands of points per second over a full 360° range around a machine in just one second. The laser light travels back and forth between the scanner and the object without directly touching it, allowing the distance to be calculated and obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. The data collected after measurement can be used to create 2D CAD drawings and 3D models tailored to the customer's needs. In current condition measurements, we conduct surveys such as current condition maps of roads, longitudinal and cross-sectional diagrams, cutting volume creation, as well as current condition measurements inside tunnels and station buildings. [Measurement Examples] [Current Condition Measurement] - Current condition maps of roads, longitudinal and cross-sectional diagrams, cutting volume creation - Current condition measurements inside tunnels - Current condition measurements inside station buildings For more details, please contact us or download the catalog.
![3D Measurement While Walking: 'NavVis VLX3' [The First Step Towards DX]](https://image.mono.ipros.com/public/product/image/2001438610/IPROS1085308910510223345.png?w=280&h=280)
Introducing a new model for even higher precision! Obtain realistic spatial information with a precision of 5mm (1σ) and a pitch of 5mm in a short time while walking! Utilize DX in factories and plants!
The "NavVis VLX3" allows you to quickly capture high-quality 3D data over a wide area while walking. You can go up and down stairs, tilt, lift, or turn it sideways during measurement without distorting the data. It is suitable for addressing complex equipment layouts, the relative relationships of devices over a wide area, and piping routes, making it ideal for digital transformation (DX) applications in factories and plants. 【Features】 - Quickly captures high-quality point clouds over a wide area while walking. - The new model has further improved accuracy to 5mm (1σ) with a pitch of 5mm. - The captured data is delivered in a highly versatile format. - Suitable for DX applications in factories, plants, construction sites, urban planning, etc. *For more details, please contact us or view the PDF download.
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 the rate of tens of thousands of points per second over a full 360° range around the machine. It calculates distances by sending laser light back and forth between the scanner and the object without direct contact, obtaining three-dimensional coordinate values based on the angle and distance of the emitted light. The data collected after measurement can be used to create 2D CAD drawings and 3D models tailored to the customer's needs. In interior measurements of buildings, it gathers essential structural information needed for renovation work, creates existing drawings, and produces current condition drawings (floor plans, cross-sections) for ceiling renovation work, as well as actual measurements of the structure and mechanical equipment in the machine room. [Measurement Examples] [Interior Measurement of Buildings] - Collects necessary structural information for renovation work and creates existing drawings. - Produces current condition drawings (floor plans, cross-sections) for ceiling renovation work. - Measures the structure and mechanical equipment in the machine room for use as construction planning materials. For more details, please contact us or download the catalog.
It is ideal for inspection and measurement of parts and products, as well as for inspection and object position detection during the manufacturing process.
The "3D shape measurement device" illuminates the target area with a light source and measures the three-dimensional shape of an object from images captured by a camera. The device is controlled by a high-speed trigger, allowing it to obtain several measurement results per second. By integrating Vision and ORiN libraries with LabVIEW, it is possible to perform image processing such as defect detection from the measured shape information, or to detect the position of objects and control robots for picking. The shape information can also be converted and saved in a specified format. 【Features】 ○ Real-time acquisition of height information is possible ○ Several measurement results can be output per second ○ Flexible response to the color of objects ○ Customization is possible according to application needs For more details, please contact us or download the catalog.
Are you relying on manual inspections? Solve issues such as stricter quality standards, difficulty in securing inspectors, variability in manual work, and mistakes through automation!
JUKI's inspection machines are based on image technology developed over 35 years ago for inline inspection on SONY's manufacturing lines. We also offer hybrid machines that incorporate XTIA's lasers for inspecting products that require high precision, including depth measurements. Concerns regarding inspection: - Considering the automation and reduction of personnel in the inspection process - Wanting to switch from sampling inspection to 100% inspection - Aiming to eliminate variability and errors in visual inspections - Looking to reduce the number of inspection personnel - Wanting to maintain traceability in inspections If you have any of these concerns, please feel free to reach out to us.
The surface shape condition can be grasped in a short time through high-precision non-contact scanning.
Unlike traditional contact measurement devices and arm-type measurement devices that measure each measurement point one by one, this method captures the entire shape of the part as high-density point cloud data or polygon mesh data, accurately reproducing the surface condition and shape of the object being measured.
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 document or feel free to contact us.
Data from various sensors such as voltage, temperature, and humidity can be recorded in CSV format on an SD card with flexible unit conversions!
The "4ch Compact Data Logger" can record three months' worth of data onto a maximum 32G SD card with a sampling rate of 0.2 seconds. It allows for flexible unit conversion with its unique calibration. It has a built-in RTC (real-time clock backup recording), enabling the recording of time and data. Additionally, it can be powered via USB, making it easy to carry around. It can be introduced at a low cost and is compact in size, allowing for easy installation. 【Examples of Compact Data Logger Usage】 ■ Monitoring and recording voltage in electrical circuits ■ Analyzing randomly occurring troublesome malfunction phenomena (debugging) ■ Recording data from various sensors such as temperature and humidity ■ Security monitoring using motion sensors ■ Entry and exit counting using distance sensors ■ Power monitoring for solar systems *For more details, please download the PDF or contact us.
Motion capture that can measure human movements and objects moving at high speeds.
It is possible to measure the three-dimensional coordinates of all pixels from the captured camera. Measurements can be taken while moving at high speed, making it one of the fastest 3D scanners in the world. <Features of OPPA Motion Capture> ■ Acquire three-dimensional coordinates of all pixels non-targeted and non-contact ■ Measurement of hundreds of thousands of three-dimensional coordinates ■ Real-time at 15 to 90 fps (depending on pixel size) ■ Supports high-speed cameras for batch processing (such as 2000 fps) <Conventional Products (Pole Target Motion Capture)> ■ Requires pole targets (Pole targets are attached to joints to analyze the movement of bones between joints) ■ Can only measure a few dozen three-dimensional coordinates (limited by the number of pole targets) *For more details, please download the PDF 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 the formed holes are according to the design specifications? We attach samples to the KEYENCE "VR-6200" electric rotating unit, obtain 3D data by rotating it 360 degrees, 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 assistance. 【Features】 <Roundness Measurement Using VR-6200> ■ Attach the sample to the electric rotating unit and rotate it 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.
Remote sensing using UAVs! Introducing high-precision 3D mapping UAVs.
"Winser" is a new remote sensing technology using UAVs. Aisan Technology is collaborating with ProDrone Co., Ltd., which boasts high planning, development, and technical capabilities in industrial UAVs, to advance joint planning and development with a focus on the safe and high-value-added operation of UAVs in various government agencies and the private sector. Demonstrations are currently being conducted at events nationwide. 【Features】 ■ High-resolution photos ■ High-density 3D laser scanner ■ Automatic return and fail-safe design ■ Hexagon-shaped and waterproof body *For more details, please refer to the PDF materials or feel free to contact us.
It is possible to recognize the interiors of tunnels and signs that could not be identified through aerial photogrammetry!
The "High-Precision 3D Mobile Laser Measurement" system involves mounting equipment such as laser scanners, GNSS, IMU, and cameras on the roofs of vehicles, allowing them to drive along roads while collecting high-density and high-precision point cloud data of surrounding conditions, including road shapes, guardrails, utility poles, streetlights, manholes, and road markings. In areas where vehicle access is difficult (such as rivers, seas, and railways), measurements can be conducted using ships or trolleys. 【Features】 ■ No regulations or permits required ■ Cost reduction ■ Capable of recognizing tunnel interiors and signs ■ Measurement possible on a PC *For more details, please refer to the PDF document or feel free to contact us.
We conduct 3D CAD comparisons and surface shape verification evaluations! We respond to various requests.
We would like to introduce our "Commissioned and On-Site Measurement Services." In addition to bringing in the object, we can bring a laser tracker to your specified location for measurement. We conduct 3D CAD comparisons and surface shape verification evaluations. Moreover, by leveraging the characteristics of being both high-precision and portable, we can respond to various requests that change depending on the site environment and working conditions. 【Frequently Asked Questions Q&A (Partial)】 ■Q. Is on-site measurement possible even if I am far away? ■Q. Is it possible to conduct a preliminary site survey? ■Q. Can you measure any type of object? ■Q. How much workspace is required? ■Q. Are there any restrictions on the measurement environment? *For more details, please refer to the PDF document or feel free to contact us.
Simple operation environmental measurement instrument series
High-precision digital temperature and humidity meter Easily measures temperature and humidity simultaneously with the included separate sensor Auto power off, data hold, minimum/maximum value measurement Compatible with external power supply (sold separately) Real-time measurement and recording on PC with dedicated software (sold separately)
It is possible to measure whether the shape conforms to the design dimensions, and comparison measurements between good and defective products can also be performed!
Our company can perform shape measurement without cutting using a 3D microscope and other equipment. In the measurement of lens component waviness, we can measure the height of burrs, which are extremely small parts, from a wide area, and check for the presence of burrs and whether their height falls within the allowable tolerance. In the height measurement of connector pins, we can verify whether they are manufactured according to the dimensions indicated in the drawings, and in the measurement of the thread angle of trapezoidal screws, we can confirm whether they are produced according to the specified dimensions. 【Features】 ■ Capable of measuring whether the shape is according to design dimensions ■ Capable of measuring minute waviness of products ■ Capable of comparative measurement between good and defective products *For more details, please refer to the related links or feel free to contact us.
Low cost, high precision, accurate non-destructive testing from 50,000 yen per sample.
The diondo industrial CT inspection system helps customers obtain high-precision dimensional measurement information. 【Delivery Data】 Measurement report + Original report images + Defect statistics table 【CT Scanner Specifications】 Model Name: General-purpose Micro/Nano CT System diondo d2 Reflection Target X-ray Tube: 190-300kV Transmission Target X-ray Tube: 160-300kV Area Array Detector: 3000 × 3000px, 139μm Focal Length Range: 400-1200mm, adjustable Maximum Effective Detection Range: Ø520×H650mm Maximum Load Capacity: 50kg diControl Software Features: DR function, Spiral CT, Angle-limited scan, High-speed CT, High-speed reconstruction GPU acceleration, Beam hardening correction, Artifact correction, Batch automatic detection, Automatic geometry correction, Daily detection, Status detection, Measurement module VDI/VDE 2630 【Inquiries and Estimates】 Email: info@nd-seiko.co.jp Phone: 0538-84-9600
Quantifying "shape," feedback to design, feedback to CAD.
Quantifying "shape" through three-dimensional measurement (3D digitizing)
Our company conducts measurements using a 3D laser scanner.
Our company conducts measurements using a 3D laser scanner. After measuring with the 3D scanner, we created a model and performed simulations. Please be sure to watch until the end! *For more details, please refer to the PDF document or feel free to contact us.
