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Laser scanner Product List and Ranking from 64 Manufacturers, Suppliers and Companies | IPROS GMS

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

Laser scanner Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. null/null
  2. amuse oneself.Inc Osaka//Industrial Electrical Equipment
  3. 有限会社エムティプレシジョン Tokyo//Optical Instruments
  4. 4 シーズプロジェクト Shizuoka//Service Industry
  5. 5 横浜測器 本社 Kanagawa//Trading company/Wholesale
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Laser scanner Product ranking

Last Updated： Aggregation Period:Aug 19, 2026～Sep 15, 2026
This ranking is based on the number of page views on our site.

  1. Safety Laser Scanner SZ-V Series
  2. Drone Laser Scanner System "TDOT 3 GREEN" amuse oneself.Inc
  3. Large-diameter pipe: 2D laser scanner for measuring the inner diameter of the pipe. 有限会社エムティプレシジョン
  4. 4 Solution achieved! Case studies of the Safety Laser Scanner "SZ Series"
  5. 5 Mobile SLAM laser scanner 'Hovermap' シーズプロジェクト

Laser scanner Product List

181～210 item / All 213 items

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3D Output Management System 'MSF Ticalc'

3D Output Management System 'MSF Ticalc'

Supports heat maps for the thickness of structures! Can be exported to 3DPDF files.

"MSF Ticalc" is a 3D volume management system that measures and calculates before and after construction work. It supports not only height heat maps for surface formation but also heat maps for the thickness of structures. Additionally, using our PDF3D converter, you can export these results to a 3DPDF file. 【Supported Structures】 ■ Pier: Oval/Rectangular (can be either sloped or vertical walls) ■ Abutment: Rectangular (can be either sloped or vertical walls) ■ Sewer: Large diameter circular pipes/Box culverts *For more details, please refer to the PDF materials or feel free to contact us.

  • 3D measuring device
  • Laser scanner

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Promotion Bureau Response: Subsurface Drainage System

Promotion Bureau Response: Subsurface Drainage System

Corresponding to rice fields, farmland, and grasslands! Capable of creating area reports, capacity calculation reports, and quantity statements.

The "Promotion Bureau Response: Subsurface Drainage System" is a system equipped with various functions, including automatic installation in artificially sloped areas. When planning, it is possible to implement the steepest slope, the gentlest slope, the minimum burial depth, and the maximum excavation depth, as well as slope setting methods for each type. For connecting different types of pipes, you can choose whether to connect the inner diameter or the outer diameter when the connecting channel is a VU pipe. (Typically, the inner diameter connection is used.) 【Functions (partial)】 ■ Hydraulic calculation function (automatic setting of pipe diameter and slope) ■ Pipe diameter interruption function for long subsurface drains ■ Creation of longitudinal and plan views ■ Recognition function for longitudinal diagrams of outlet sections (connecting channels) ■ Support for area division diagrams *For more details, please refer to the PDF materials or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Laser scanner

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3D-ifying the interior! We compared it with actual photos.

3D-ifying the interior! We compared it with actual photos.

Measurement, drawing creation, and modeling using a 3D laser scanner.

This time, I modeled an indoor space. This is one room from an actual location, and there is a scene in the video where it is compared to a photo taken in reality. Please make sure to watch until the end! *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Laser scanner

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Support available nationwide! Accurately and quickly design equipment with a "3D scanner."

Support available nationwide! Accurately and quickly design equipment with a "3D scanner."

Transfer point clouds and created CAD models to "Rebro"! We create data that enables efficient and accurate modeling and design.

Our company saves space as point cloud data using a 3D laser scanner and creates data tailored to our customers' needs. The point cloud processing software we use, "InfiPoints," is linked with the 3D CAD software "Rebro," which is specifically designed for architectural equipment design. This allows us to transfer CAD models created from point clouds in InfiPoints to Rebro, enabling the creation of data that supports efficient modeling and design. Additionally, not only can we create CAD models, but we can also overlay point cloud data in Rebro to accurately understand the existing detailed conditions, allowing for quick and precise drafting of replacement parts. Features: - More accurate than manual surveying and reduces labor (3D scanning typically requires two people). - Work in Rebro is limited to fine-tuning shapes and connections. - Accurate modeling by operating in Rebro while viewing the point cloud. The utilization of point cloud data obtained from 3D scanning extends beyond just creating Rebro data; we also propose various other applications such as 3D modeling, drafting, BIM data creation, clash detection, and structural analysis through CAE. Of course, we also offer scanning services alone.

  • Scanner
  • Other CAD related software
  • Other services
  • Laser scanner

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Restore drawings with 3D scanning! Trial plan available now.

Restore drawings with 3D scanning! Trial plan available now.

Digitally preserve the current situation! Create drawings, 3D models, BIM, and perspectives! Conduct on-site surveys and simulations as well.

We digitally preserve spaces as point clouds using 3D laser scanners and create data tailored to specific purposes. Due to the ability to digitize reality, it has garnered attention in the construction industry as a central player in digital transformation (DX), and point clouds can now be handled by many CAD software programs. In equipment design, representative examples include "Rebro" and "Tfas," which can convert point cloud data into formats that can be imported into the software. While there are many other possibilities, I believe it may be difficult to visualize just from the materials provided. Therefore, to help you understand the usefulness of 3D scanners, we are offering an initial trial plan! We will survey the site at a discounted price and guide you on what can be achieved. If you have any questions about what can be done, what kind of machine a 3D scanner is, or the details of the initial introduction service, please feel free to contact us. What can be done with 3D scanning: ■ Increased efficiency in creating equipment design drawings ■ New drawing creation and restoration ■ 3D CAD, BIM, and perspective creation ■ Reduction of on-site surveys ■ Reduction of interference issues through simulations

  • Other CAD related software
  • Laser scanner

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1D Linear Imager for Libraries "BW-9000"

1D Linear Imager for Libraries "BW-9000"

A lightweight and high-performance barcode scanner to streamline library lending operations.

In library lending operations, it is essential to balance collection management with improving user convenience. Barcode reading errors and slow reading speeds can lead to delays in lending and returning processes, resulting in a decline in service for users. The BW-9000 can smoothly read not only paper barcodes but also barcodes displayed on smartphone screens. This contributes to the efficiency of lending operations and reduces waiting times for users. 【Usage Scenarios】 - Library lending and return counters - Mobile libraries - Material searches 【Benefits of Implementation】 - Increased speed of lending and return operations - Reduction in barcode reading errors - Improved user satisfaction

  • bw9000_0.png
  • bw9000_left_1.jpg
  • bw9000_01.png
  • bw9000_card.png
  • Scanner
  • Handheld barcode reader
  • Laser scanner

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Antibacterial body & high-performance laser scanner OPL-6845S

Antibacterial body & high-performance laser scanner OPL-6845S

A barcode laser scanner with extensive implementation experience in a wide range of fields such as healthcare and distribution. It features a white, JIS-compliant antibacterial body that is always clean and safe.

■ The latest model of the OPL-6845 series, which boasts long-selling success in the medical and distribution industries. ■ It features a white body made from JIS-compliant antibacterial and yellowing-resistant materials, ensuring it is always clean and safe to use. ■ Achieves high-speed reading from wide barcode touch scanning to distance reading. It also excels at reading barcodes printed on curved surfaces. ■ By pressing and holding the trigger button, you can switch between vibration mode and silent mode, allowing for reading confirmation without sounding a buzzer in medical settings. ■ By using a separately sold dedicated stand, you can read barcodes instantly with automatic detection without having to hold the barcode reader. ■ The data editing programming function allows for the output of certain parts of barcode data. Some outputs, such as GS1 format, can be easily configured.

  • Handheld barcode reader
  • Fixed-mount barcode reader
  • Laser scanner

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Large-diameter pipe: 2D laser scanner for measuring the inner diameter of the pipe.

Large-diameter pipe: 2D laser scanner for measuring the inner diameter of the pipe.

Measurement of the inner diameter, irregularities, and distortions of large-diameter pipes and tubes can be performed quickly using a 2D laser scanner.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the precision that was insufficient in three-dimensional measurements is now feasible. Applications include tunnel cross-section measurement, architectural clearance measurement, trolley wire height/displacement measurement, refractory brick displacement measurement, ground subsidence displacement measurement, structural strain displacement measurement, re-measurement and re-surveying of bridge deck replacements, and inner diameter measurement of large-diameter pipes and tubes, among others. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurement ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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2D laser scanner for measuring the diameter/circularity/deflection of a giant cylindrical shape.

2D laser scanner for measuring the diameter/circularity/deflection of a giant cylindrical shape.

High-precision and quick measurements of the diameter, roundness, displacement, unevenness, and strain of large cylindrical shapes are possible using a 2D laser scanner.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the precision that was insufficient in three-dimensional measurements is now feasible. It is easy and quick to measure the diameter, roundness, and displacement of large cylindrical structures. It can also be used for tunnel cross-section measurements, architectural boundary measurements, trolley wire height/displacement measurements, refractory brick displacement measurements, ground subsidence displacement measurements, structural strain displacement measurements, re-measurement and re-surveying of bridge deck replacements, and inner diameter measurements of large-diameter pipes and tubes. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurements ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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Two-dimensional laser scanners for labor-saving in civil engineering sites.

Two-dimensional laser scanners for labor-saving in civil engineering sites.

High-precision and rapid measurement of hand measurements, displacement, unevenness, and strain at civil engineering sites can be achieved using a 2D laser scanner. This contributes to labor saving.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the precision that was previously insufficient in three-dimensional measurements is now feasible. In civil engineering sites, manual measurements and displacements can be easily and quickly measured, contributing to labor savings. It can also be used for tunnel cross-section measurements, architectural limit measurements, trolley wire height/displacement measurements, refractory brick displacement measurements, ground subsidence displacement measurements, structural strain displacement measurements, re-measurement and re-surveying of bridge deck replacements, and inner diameter measurements of large-diameter pipes and tubes. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurements ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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2D laser scanner for measuring wear of kiln refractory bricks in the cement industry.

2D laser scanner for measuring wear of kiln refractory bricks in the cement industry.

High-precision 2D laser scanner that realizes efficiency and labor-saving in furnace inspections.

In the cement industry, accurately and quickly understanding the wear condition of refractory bricks during kiln inspections is crucial for equipment maintenance and stable operation. Traditional manual measurement methods not only require significant time and effort but also have the potential for variability in measurement accuracy. Our 2D laser scanner enables measurements in both horizontal and vertical directions, allowing for high-precision measurement of displacements and wear that were previously difficult to assess. This facilitates increased efficiency, labor reduction, time savings, and automation, making it possible to accurately grasp the condition inside the kiln. 【Use Cases】 - Measurement of the wear condition of refractory bricks inside the kiln - Identification of wall displacements and damage locations - Streamlining of regular inspection tasks 【Benefits of Implementation】 - Reduction in measurement time and workload - Improved measurement accuracy leading to more precise condition assessment - Contribution to predictive maintenance of equipment - Cost reduction through labor savings

  • Distance measuring device
  • Laser scanner

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Be cautious of the weather when using a 3D scanner.

Be cautious of the weather when using a 3D scanner.

Support the practical application of icon construction through rental! Be mindful of the weather when using the 3D scanner.

In some industries, I believe there are many situations where 3D scanners are utilized, but when using them, it is necessary to pay attention to the surrounding environment, especially the "weather." This is because the information obtained from a 3D scanner can be greatly affected by the weather. For example, measurements taken in areas with strong sunlight can be difficult because the light from the 3D scanner can be overwhelmed by the sunlight, making data collection challenging. During rainy weather, raindrops or snow can be scanned as point clouds, preventing data collection. When using a 3D scanner, you can ensure smooth measurements by thoroughly understanding the weather conditions on the day of the measurement and planning accordingly. 【Features】 ■ The information obtained from a 3D scanner can be greatly influenced by the weather. ■ Measurements in areas with strong sunlight can make data collection difficult. ■ During rainy weather, raindrops or snow can be scanned as point clouds. ■ Similarly, measurements can also be difficult if it has just stopped raining or if the target object is wet. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
  • Other measurement, recording and measuring instruments
  • Laser scanner

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Presentation of materials! A document that explains the basics of 3D measurement and 3D scanners, along with practical examples.

Presentation of materials! A document that explains the basics of 3D measurement and 3D scanners, along with practical examples.

Active in the manufacturing industry, such as creating maps of factories! We present the main types of 3D surveying and the industries that utilize them! We also introduce the basic knowledge of 3D surveying and practical examples.

We are offering a free document titled "Understanding 3D Measurement and 3D Scanners" from SGS Co., Ltd., which provides measurement services, data processing, rental, and sales using 3D laser scanners. The document includes detailed explanations with photos on topics such as "Main Types of 3D Measurement," "Industries Utilizing 3D Measurement," and "Common Issues You May Consult Us About." We encourage you to take a look. [Contents (Excerpt)] ■ Main Types of 3D Measurement ■ Industries Utilizing 3D Measurement ■ Be Cautious of Weather When Using 3D Scanners! ■ Why is Data Processing Necessary for Laser Scanner Data? ■ Outsourcing 3D Scanner Measurements is Recommended! *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments
  • Laser scanner

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Obtain surrounding 3D data just by walking while carrying it! Laser scanner.

Obtain surrounding 3D data just by walking while carrying it! Laser scanner.

Check the measurement status on the tablet while walking! Video recording with a 360-degree camera is also possible. *A collection of basic knowledge about 3D scanners is available.

The "HERON" that we handle is a laser scanner that can be attached to the back, allowing for the acquisition of surrounding 3D data by walking through the desired measurement area. This wearable laser scanner "MS-TWIN" is equipped with two laser scanners directed horizontally and vertically, enabling stable acquisition of point cloud data in all 360 degrees simply by walking. While performing laser measurements, it is also possible to capture video using a 360-degree camera, and for areas requiring detailed photographs, you can stop and take 5K images. In addition to purchase options, we also offer rental services for short-term projects. *For more details, please refer to the PDF materials or feel free to contact us. [Those who request materials will receive special information!]

  • Contract measurement
  • Other measurement, recording and measuring instruments
  • Other electronic measuring instruments
  • Laser scanner

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3D Laser Scanner for Automotive Quality Management

3D Laser Scanner for Automotive Quality Management

Innovating quality control in automotive parts. Achieving visualization and efficiency with high-precision 3D scanning.

In the automotive industry, accurate measurement is essential for quality control. Dimensional errors in parts can compromise the performance and safety of products. Particularly in vehicles that consist of complex-shaped parts and numerous components, high-precision measurement and rapid inspection are required. Our 3D laser scanner has been developed to address these challenges. 【Application Scenarios】 * Quality inspection of finished vehicles * Dimensional inspection of parts * Shape evaluation of prototypes * Inspection of molds and jigs * Reverse engineering 【Benefits of Implementation】 * Quality improvement through high-precision measurement * Increased efficiency through reduced inspection time * Reduction of defective products * Accurate reproduction of design data * Cost reduction

  • Other CAD related software
  • 3D measuring device
  • Other CAD
  • Laser scanner

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3D Laser Scanner for Shipbuilding

3D Laser Scanner for Shipbuilding

Innovating dimension measurement at shipbuilding sites. Achieving both high precision and mobility.

In the shipbuilding industry, accurate measurement of the dimensions of structures is essential for quality control and efficient process management. Particularly in the measurement of large structures and parts with complex shapes, high precision and rapid measurement are required. Traditional measurement methods are time-consuming and labor-intensive, which not only reduces work efficiency but also poses risks of quality issues due to measurement errors. The T-SCAN hawk 2 addresses these challenges. 【Usage Scenarios】 - Dimensional inspection of hull blocks - Shape measurement of parts and comparison with CAD data - Measurement of distortion in welds - Wear monitoring during maintenance 【Benefits of Implementation】 - Improved quality through high-precision measurements - Reduction of work time and increased efficiency - Early detection of issues through visualization of measurement data - Application in reverse engineering

  • Other CAD related software
  • 3D measuring device
  • Other CAD
  • Laser scanner

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3D Laser Scanner for Civil Engineering

3D Laser Scanner for Civil Engineering

Innovating terrain surveying. Visualizing the site with high-precision 3D scanning.

In the civil engineering industry, topographic surveying requires accurate data acquisition and swift operations. Traditional surveying methods have faced challenges such as being time-consuming and labor-intensive, as well as being susceptible to weather conditions. 3D laser scanners address these issues and enable efficient surveying with high-precision 3D data. Our 3D laser scanner captures the details of the terrain's shape and contributes to the efficiency of design and construction. 【Application Scenarios】 - Topographic surveying - Progress management of civil engineering projects - Creation of 3D models of structures 【Benefits of Implementation】 - Reduction in surveying time - Improvement in accuracy - Cost savings

  • Other CAD related software
  • 3D measuring device
  • Other CAD
  • Laser scanner

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3D Laser Scanner for Cultural Heritage

3D Laser Scanner for Cultural Heritage

For the preservation of cultural heritage records. Digitizing valuable heritage with high-precision 3D scanning.

In the preservation of cultural heritage records, it is important to accurately document the shape and condition to pass it on to future generations. Particularly, cultural properties made of materials that are prone to deterioration or have complex shapes require detailed records. Traditional measurement methods have been time-consuming and labor-intensive, with challenges in accuracy. Our 3D laser scanner captures high-precision 3D data non-contactly, allowing for detailed reproduction of the shapes of cultural properties. 【Application Scenarios】 - Digital archiving of exhibition materials in museums - Recording and analyzing deterioration conditions - Supporting the restoration of damaged cultural properties - Creating replicas using 3D printers 【Benefits of Implementation】 - Accurate digital records of valuable cultural properties - Early detection and countermeasures for deterioration and damage - Utilization of 3D data for education and research - Realization of efficient restoration work

  • Other CAD related software
  • 3D measuring device
  • Other CAD
  • Laser scanner

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3D Laser Scanner for Furniture Design

3D Laser Scanner for Furniture Design

Precisely visualize furniture designs anywhere. ZEISS 3D scanner.

In the furniture design industry, accuracy in design and efficient prototyping are essential. Particularly in the design of furniture with complex shapes and curves, precise understanding of dimensions and modifications during the prototyping stage are crucial. Traditional measurement methods have posed challenges, as they are time-consuming and inflexible in accommodating design changes. Our 3D laser scanner streamlines the design process with high-precision measurements and user-friendly operation, supporting the production of high-quality furniture. 【Usage Scenarios】 - Creation of design data - Verification of prototype dimensions - Measurement of existing furniture shapes - Reverse engineering 【Benefits of Implementation】 - Improved design accuracy - Reduced prototyping time - Cost savings - Flexible response to design changes

  • Other CAD related software
  • 3D measuring device
  • Other CAD
  • Laser scanner

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Case study of terrain surveying using UAV equipped with a green laser - free data available.

Case study of terrain surveying using UAV equipped with a green laser - free data available.

Utilizing green laser UAV surveying to achieve advanced disaster recovery activities.

The green laser scanner owned by our company has the characteristic of being less absorbed by water by emitting green laser light, unlike the commonly used near-infrared lasers. By mounting this scanner on a UAV and conducting laser measurements, we can obtain seamless and high-precision data down to the riverbed in areas where it was difficult to measure wet surfaces or where measurements could not be taken, such as places where land and water surfaces mix, like rivers and ports. This case is part of our participation in the environmental restoration activities, including the conservation of saline wetlands in the disaster-affected areas of the Great East Japan Earthquake, conducted by the NPO Mori wa Umi no Koibito. Due to ground subsidence caused by the earthquake, a rare saline wetland has emerged in Japan, where river and sea waters mix. As time passes since the earthquake, while the ecosystem within the wetland becomes richer, it is expected that the ground will rise due to elastic changes, leading to a decrease in wetland area due to the growth of reeds. Our company has created a high-precision 3D topographic map of the area surrounding the wetland by conducting benchmark surveying and green laser surveying. By continuing measurements, we monitor changes in the surrounding terrain and build a GIS on a 3D model of the rich ecosystem, thereby cooperating in both environmental conservation and disaster recovery efforts.

  • Other measurement, recording and measuring instruments
  • Laser scanner

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Plant Measurement Services and Point Cloud Data Utilization [Case Studies and Technical Materials Available]

Plant Measurement Services and Point Cloud Data Utilization [Case Studies and Technical Materials Available]

Smooth construction! A must-see for those who want to carry out facility renovation work but lack blueprints! Visualize the parts that are unclear in the blueprints 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 the current situation is unclear, high places, and dangerous 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 make the alignment of opinions between design and the site visible, 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 curves and twists of the objects to be measured are too complex to measure completely. ■ The work location is in a high place where scaffolding cannot be installed. ■ High temperatures, heat, and dust place a significant burden on workers. ■ While it is visually accessible, equipment prevents personnel from walking up to the measurement target. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
  • Laser scanner

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2D laser scanner capable of real-time data processing.

2D laser scanner capable of real-time data processing.

A high-precision 2D laser scanner capable of measuring in horizontal and vertical directions enables measurements of displacement, strain, subsidence, and erosion that have not been possible until now.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the accuracy that was previously insufficient for three-dimensional measurements is now feasible. Applications include tunnel cross-section measurement, architectural clearance measurement, trolley wire height/displacement measurement, refractory brick displacement measurement, ground subsidence displacement measurement, and structural strain displacement measurement, among others. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurement ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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Bridge deck replacement: Re-measurement and re-surveying using a 2D laser scanner.

Bridge deck replacement: Re-measurement and re-surveying using a 2D laser scanner.

Released from the enormous data processing of 3D. Contributes to low cost and labor-saving analysis. Ideal for re-measurement and re-evaluation during bridge deck replacement. For labor-saving in measurement and surveying.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the precision that was insufficient in three-dimensional measurements is now feasible. Applications include tunnel cross-section measurement, architectural clearance measurement, trolley wire height/displacement measurement, refractory brick displacement measurement, ground subsidence displacement measurement, structural strain displacement measurement, and re-measurement/re-surveying of bridge deck replacements, among others. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurement ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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2D laser scanner for various measurements of tunnel segments

2D laser scanner for various measurements of tunnel segments

High-precision and quick measurement of the length, roundness, displacement, unevenness, and strain of tunnel segments can be achieved using a 2D laser scanner.

By applying angle control to a high-precision laser distance sensor, it has become possible to measure and display X/Y coordinates. Achieving the precision that was insufficient in three-dimensional measurements is now possible. The lengths, arc rates, roundness, and displacements of tunnel segments can be easily measured in a short time. It can also be used for tunnel cross-section measurements, architectural clearance measurements, trolley wire height/displacement measurements, refractory brick displacement measurements, ground subsidence displacement measurements, structural strain displacement measurements, re-measurement and re-surveying of bridge deck replacements, and inner diameter measurements of large-diameter pipes and tubes. 【Features】 ■ High precision (≦±2mm) ■ Capable of vertical and horizontal two-axis measurements ■ High measurement resolution (200,000/rev) ■ X/Y coordinate display *For more details, please download the PDF or contact us.

  • Distance measuring device
  • Laser scanner

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2D laser scanner for measuring wear of kiln-fired refractory bricks.

2D laser scanner for measuring wear of kiln-fired refractory bricks.

High-precision 2D laser scanner capable of measuring in horizontal/vertical directions. Achieves measurements of displacement, strain, subsidence, and wear that were not possible before. [Demo unit available]

By applying angle control to a high-precision laser distance sensor, it becomes possible to measure and display X/Y coordinates, allowing for measurements with a level of accuracy that was previously insufficient for three-dimensional measurements. Additionally, a resolution of 200,000 points/rev is achieved, enabling automatic measurement of displacements that could not be measured before. What was previously measured manually by humans can now be accurately measured in a short time using a scanner, leading to increased efficiency, reduced manpower, shorter timeframes, and automation of tasks. 【Applications】 - Tunnel cross-section measurement - Replacement of manual measurements in shield tunnels - Measurement of architectural limits - Height/displacement measurement of trolley lines - Displacement measurement of refractory bricks, ground subsidence, and structural deformation - Measurement of the inner diameter of large cylindrical structures 【Features】 ■ High precision (≦±2mm) ■ High measurement resolution (200,000/rev) ■ High measurement speed (250Hz) ■ Compact size (270X200X125mm) *For more details, please download the PDF or contact us. Demo units are also available.

  • Distance measuring device
  • Laser scanner

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2D laser scanner for measuring wear of kiln-fired refractory bricks for waste incineration.

2D laser scanner for measuring wear of kiln-fired refractory bricks for waste incineration.

Accurate and quick measurement of incinerator wear. Contributes to work efficiency.

In the waste incineration industry, accurately understanding the wear condition of refractory bricks in incinerators and performing appropriate maintenance is crucial for extending the lifespan of equipment and ensuring stable operation. Early detection of wear progression and planned repairs can reduce the risk of production stoppages due to unexpected failures. Our 2D laser scanner can measure in both horizontal and vertical directions, allowing for high-precision and rapid measurement of wear conditions in incinerators, such as displacement, strain, subsidence, and erosion, which were previously difficult to assess. 【Usage Scenarios】 - Identification of wear locations on refractory bricks inside the incinerator - Regular monitoring of wear progression - Support for maintenance planning 【Benefits of Implementation】 - Improved operational efficiency of the incinerator - Optimization of maintenance costs - Achievement of safe operations

  • Distance measuring device
  • Laser scanner

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3D scanning just by walking with it on your back! Wearable laser scanner.

3D scanning just by walking with it on your back! Wearable laser scanner.

Measurement time is about 1/10 of a tripod-type 3D scanner. Easy, quick, and convenient! Just walk around with a lightweight laser scanner on your back for automatic measurement! *Video available.

"HERON" is a laser scanner that can obtain 3D data of the surroundings by walking through the area with a laser scanner mounted on the back. The operator can check the measurement status in real-time on a tablet device, eliminating the unnecessary task of returning to the site for re-measurement. Data processing is primarily automated through desktop software and exported to generic data used in subsequent processes. It can measure a wide area in a short time (about 1/10 of a tripod-type 3D scanner), making it easy to plan the layout of equipment and other elements within the 3D data. 【Features】 ■ Lightweight laser scanner ■ Real-time 3D measurement by walking ■ Indoor and outdoor compatible ■ Tablet verification ■ Easy software processing 〈 This product is eligible for the Special Measures Law for Productivity Improvement! 〉 If applicable, property tax can be reduced to 0-1/2. *For more details, please refer to the PDF materials or feel free to contact us. ★【We will provide valuable information to those who request materials through manufacturing industry registration!】

  • Contract measurement
  • Other measurement, recording and measuring instruments
  • Other electronic measuring instruments
  • Laser scanner

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Wearable Laser Scanner HERON ★Rental Available

Wearable Laser Scanner HERON ★Rental Available

Easy, quick, and convenient! Just walk around with a lightweight laser scanner for automatic measurement!

"HERON" is a laser scanner that can obtain 3D data of the surroundings by walking through the area with a laser scanner mounted on its back. The operator can check the measurement status in real-time on a tablet device, eliminating the unnecessary task of returning to the site for re-measurement. Data processing is generally automated using desktop software and is exported to generic data for subsequent processes. Rental options are available for short-term projects. 【Features】 ■ Lightweight laser scanner ■ Real-time 3D measurement by walking ■ Suitable for indoor and outdoor use ■ Tablet monitoring ■ Easy software processing *For more details, please refer to the PDF materials or feel free to contact us. ★【We will provide valuable information to those who request materials through our manufacturing industry registration!】

  • Contract measurement
  • Other measurement, recording and measuring instruments
  • Other electronic measuring instruments
  • Laser scanner

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What is the reason for needing data processing?

What is the reason for needing data processing?

For data processing and measurement with laser scanners, please consult SGS Co., Ltd.!

Data processing for laser scanners can be quite cumbersome. If measurement is difficult, you might consider outsourcing, but some companies only handle measurements and do not support the conversion to CAD data. SGS Co., Ltd. not only performs measurements using laser scanners but also processes the data and delivers it to customers in CAD format. You can outsource everything to us, so please leave the measurements using laser scanners to our company. 【Features】 ■ Support from measurement to CAD data conversion ■ Capable of measuring and processing data for various objects according to customer requests ■ Also supports rental and sales *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
  • Other measurement, recording and measuring instruments
  • Laser scanner

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Classification of 3D laser scanners

Classification of 3D laser scanners

Available for various industries such as architecture, surveying, and civil engineering! An explanation of the classification of 3D laser scanners.

Are you a company considering the introduction of a 3D laser scanner? Did you know that there are safety standards established for laser products? To protect the safety of users of laser products, a safety standard called "JIS C 6802" has been established, which classifies lasers based on their wavelength and strength into the following classes: 【Overview】 ■ Class 1 - Safe for the body even if observed directly with a loupe or binoculars for extended periods. ■ Class 1M - May pose a risk of eye injury when using a loupe or binoculars, but safe for direct observation with the naked eye for extended periods. ■ Class 2 - Safe for temporary exposure, but poses a risk of harm to the body if one looks directly into the beam. *For more details, please refer to the PDF document or feel free to contact us.

  • Contract measurement
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  • Laser scanner

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