Laser scanner Product List and Ranking from 40 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

Laser scanner Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. 横浜測器 本社 Kanagawa//Trading company/Wholesale
  3. 大浦工測 ［東京本社・横浜支店・九州支店・関西支店・仙台営業所・ベトナム国ホーチミン事務所］ Tokyo//General contractors and subcontractors
  4. 4 測建 大阪本社、東京営業所 Osaka//Architectural design office
  5. 5 ＮＴジオテックス 本社、東北営業所、山梨営業所 Tokyo//Trading company/Wholesale
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Laser scanner Product ranking

Last Updated： Aggregation Period:Sep 17, 2025～Oct 14, 2025
This ranking is based on the number of page views on our site.

  1. 3D laser scanner 'BLK360 G2' acquires data in 20 seconds!
  2. Mobile handheld laser scanner "Leica BLK2GO"
  3. High-speed, high-precision 3D laser scanner 'Leica RTC360'
  4. 4 Introduction to the TLS (Terrestrial Laser Scanner) Product Lineup 横浜測器 本社
  5. 5 SLAM technology Mobile handheld laser scanner BLK2GO 横浜測器 本社

Laser scanner Product List

61～75 item / All 284 items

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【3D Laser Measurement Business】What can be done with 3D laser measurement

【3D Laser Measurement Business】What can be done with 3D laser measurement

Measurements can be taken without approaching dangerous areas! Field sketching time can be significantly reduced.

We would like to introduce what our "3D Laser Measurement" can do. It is possible to capture everything seen as point cloud data in its original form. By obtaining point cloud data, you can perform dimension measurements, interference checks, and create videos. Additionally, with a measurement accuracy of ±1.0mm at a distance of 10m, measurements can be made more accurately and without errors compared to manual measuring. 【What can be done】 ■ As it is three-dimensional information, it can be easily understood by those who are not on-site. ■ With a measurement range of 150m, extensive measurements can be taken in a short time all at once. ■ The modeled data can be provided as 3D CAD data. ■ Floor plans, elevation drawings, and isometric drawings can be created. *The catalog can be downloaded from the related links.

  • Drawing, tracing, CAD

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【3D Laser Measurement Business】Flow of 3D Laser Measurement

【3D Laser Measurement Business】Flow of 3D Laser Measurement

It is also possible to deliver point cloud data, 3D model data, and other materials at each stage!

We would like to introduce the process of 3D laser measurement that we conduct. For the structures to be measured, we plan the number of measurement points, measure them with a 3D laser scanner, and obtain point cloud data. Based on the drawings and isometric diagrams produced from the 3D measurements, we can handle not only manufacturing but also on-site construction and maintenance as a comprehensive service. 【Measurement Process (Part)】 STEP 1. 3D Measurement STEP 2. Composite Processing STEP 3. 3D Modeling STEP 4. Data Organization in 3D CAD *The catalog can be downloaded from the related link.

  • Drawing, tracing, CAD

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[3D Laser Measurement Case Study] Utilized for Factory Layout Planning

[3D Laser Measurement Case Study] Utilized for Factory Layout Planning

You can discover interferences and discrepancies between the actual object and the drawings that are often overlooked in 2D!

We would like to introduce a case where our "3D laser measurement" was utilized in factory layout planning. Existing buildings, piping, and equipment are scanned with a 3D scanner to create point cloud data, allowing for preliminary planning within a 3D space on a computer. Additionally, 3D CAD data can also be imported, making it possible to arrange new equipment as well. By conducting preliminary planning using point cloud data, it becomes possible to visualize the layout in 3D after placement, facilitating easier information sharing and other advantages. [Case Overview (Partial)] ■ Production Period: 1 week ■ Number of Shots: 15 ■ Shooting Days: 0.5 days *The catalog can be downloaded from the related link.

  • Other measuring instruments

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[3D Laser Measurement Case Study] Manufacturing Industry

[3D Laser Measurement Case Study] Manufacturing Industry

Measurement is possible even at night! Process the measured data and perform volume calculations from point cloud data.

We would like to introduce a case where our "3D laser measurement" was utilized for calculating the volume of wood chips. The customer is a certain manufacturing company that stores raw materials in an outdoor yard and inquired about wanting to grasp the inventory quantity more accurately. We measured the highly stacked wood chips using a 3D laser scanner and performed volume calculations from the point cloud data. 【Case Overview】 ■ Measurement Target: Wood Chips ■ Request: - The customer stores raw materials in an outdoor yard and wants to grasp the inventory quantity more accurately. ■ Results: - Volume was calculated by measuring with a 3D laser scanner and synthesizing the data. - Measurements can be taken even at night. *The catalog can be downloaded from the related link.

  • Other measuring instruments

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[3D Laser Measurement Case Study] Cosmetics Manufacturer

[3D Laser Measurement Case Study] Cosmetics Manufacturer

You can also check the height differences of the floor inside the factory! It can be useful for transporting machinery and other tasks.

We would like to introduce a case where our "3D laser measurement" was utilized for creating a factory floor plan. The client is a certain cosmetics manufacturer who requested to create a floor plan as they did not have the latest drawings of the factory, in order to prepare for inspections by government agencies. Modeling was done based on point cloud data, and a 2D floor plan was created. The variations in floor height within the factory can also be confirmed, which can be useful for machinery installation and other purposes. [Case Overview] ■ Request - To create a factory floor plan for inspection preparation for government agencies. ■ Result - Modeling was done based on point cloud data, and a 2D floor plan was created. - Variations in floor height within the factory can also be confirmed. *The catalog can be downloaded from the related link.

  • Other measuring instruments

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[3D Laser Measurement Case] Terufar Crane Measurement

[3D Laser Measurement Case] Terufar Crane Measurement

Rediscovering the unique beauty of steel structures! Measurement and photography with a 3D scanner.

We would like to introduce a case where we measured and photographed a Telfer crane using our "3D laser measurement" technology. The Telfer crane is also known as a monorail hoist due to its structure (the hoist moves along a monorail). Please view the 3D measurement video from all angles and from a bird's-eye perspective. We believe you will rediscover its unique beauty as a steel structure. [Case Overview] ■ Measurement Target: Telfer Crane ■ Measurement Method: 3D Laser Measurement *The catalog can be downloaded from the related link.

  • Other measuring instruments

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[3D Laser Measurement Case Study] Bridge Measurement

[3D Laser Measurement Case Study] Bridge Measurement

Measuring bridges with a 3D scanner! Recording the appearance of the bridge before replacement in 3D point cloud data.

We would like to introduce a case where the appearance of Sakurabashi, which has been in use for over 90 years since its construction, was recorded as point cloud data using our "3D Laser Measurement" technology. Constructed in 1931 (Showa 6), it has been in use for approximately 90 years, with increasing traffic and damage due to aging deterioration. This time, with the permission of the Shizuoka City Construction Bureau Road Maintenance Division, we carried out the work of recording the appearance of Sakurabashi before its replacement in 3D point cloud data. [Case Overview] ■ Measurement Target: Sakurabashi (Shizuoka City, Shizuoka Prefecture) ■ Measurement Method: 3D Laser Measurement *The catalog can be downloaded from the related link.

  • Other measuring instruments

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[3D Laser Measurement Case] National Treasure Designated Kunozan Toshogu Shrine Measurement

[3D Laser Measurement Case] National Treasure Designated Kunozan Toshogu Shrine Measurement

Photographing the exterior of the national treasure shrine! Faithfully recording structural elements such as the overall appearance, shape, and dimensions.

We would like to introduce a case where we conducted "3D laser measurement" of the main hall of the Kunozan Toshogu Shrine, which is designated as a national treasure. With permission from the Kunozan Toshogu Shrine in Shizuoka City, Shizuoka Prefecture, we captured images of the exterior of the main hall, which is a magnificent Gongen-style structure boasting the unique luster of lacquer. It was uncertain how much of this delicate building we could accurately record. However, we were able to faithfully capture structural elements such as the overall shape, dimensions, and other characteristics. [Case Overview] ■ Measurement Target: Kunozan Toshogu Shrine Main Hall ■ Measurement Method: 3D Laser Measurement *The catalog can be downloaded from the related link.

  • Other measuring instruments

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Drone Laser Scanner System "TDOT 7 NIR"

Drone Laser Scanner System "TDOT 7 NIR"

Integration of the TDOT system and the Leagool-made laser unit has resulted in the birth of a high-performance laser scanner system.

■ Integration of the drone-mounted laser scanner system "TDOT" with RIEGL's "miniVUX-3UAV," which has a maximum of 300,000 points per second and 100 lines. The TDOT series features a high-performance GNSS/INS integrated navigation system that enables a seamless process from flight to surveying and point cloud data output. The long-awaited laser scanner system "TDOT 7 NIR" has been born, equipped with high-precision real-time positioning analysis using LTE wireless communication and the addition of temperature information to point cloud data from a visible camera and a thermal imaging camera. ■ Seamless Kinematic Processing The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations that require knowledge, seamlessly constructing a series of tasks up to point cloud data output. ■ Equipped with a visible light camera (standard) and a thermal imaging camera (optional) The visible light camera can generate orthophotos and add color information to point cloud data. The thermal imaging camera detects temperature information that cannot be distinguished in 3D point clouds. It visualizes relationships, features, and trends that were previously unseen.

  • Media/Products and Technology
  • Other measuring instruments

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Drone Laser Scanner System "TDOT 7 NIR-S"

Drone Laser Scanner System "TDOT 7 NIR-S"

Integration of the TDOT system and the Leagle-made laser unit, born as a high-performance laser scanner system.

■ The drone-mounted laser scanning system "TDOT" is integrated with the RIEGL "VUX120," which boasts an astonishing performance of up to 2,400,000 pulses per second and 400 lines. Utilizing the high-performance GNSS/INS navigation system characteristic of the TDOT series, it achieves a seamless process from flight to data output. The long-awaited high-end laser scanner system "TDOT 7 NIR-S" has been born. ■ High-precision positioning of the drone's location, attitude, and orientation. Equipped with a high-performance GNSS/INS integrated navigation system that enhances the data output rate. The INS of the TDOT series is designed to achieve high-precision surveying within a few tens of millimeters while emitting laser light tens of thousands of times per second. ■ Seamless kinematic processing. The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations, which require specialized knowledge, seamlessly constructing a series of tasks up to point cloud data output.

  • Media/Products and Technology
  • Other measuring instruments

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Drone Laser Scanner System "TDOT 3 GREEN"

Drone Laser Scanner System "TDOT 3 GREEN"

A lightweight green laser system that is resistant to water absorption and capable of underwater surveying, suitable for surveying mountainous areas, river regions, and coastal areas.

In general drone laser surveying, near-infrared laser light is used. While near-infrared is inexpensive and easy to handle, it is easily absorbed by water and has a low reflectivity on black objects, which can result in the inability to obtain surface data depending on the condition of the ground as well as the underwater terrain. The TDOT 3 GREEN uses green laser light, which has a wavelength that can overcome the weaknesses of near-infrared. Like near-infrared, it can also survey land, allowing the TDOT 3 GREEN to perform terrain surveys both on land and underwater with just one unit. ■ Seamless Kinematic Processing The TDOT series provides a system that automates optimal trajectory analysis using electronic reference points and fixed stations, which require expertise, and seamlessly integrates the entire process up to point cloud data output. ■ Real-Time Display of Data During Surveying Since cross-sectional data during surveying can be checked in real-time, it is possible to understand whether the surveying work is being carried out as planned.

  • Surveying Consulting
  • Consulting companies
  • Civil Engineering Company

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Terrestrial and Shallow Water Laser Scanner System TDOT 7 GREEN

Terrestrial and Shallow Water Laser Scanner System TDOT 7 GREEN

A unique green laser scanner system that can be used in both terrestrial and shallow water environments.

The Green Laser System TODT7GREEN has a field of view of 120 degrees, making it suitable for everyday land surveying. The emission rate is approximately three times that of our existing products. It comes standard with a high-resolution visible camera (12.4MP), allowing for the easy creation of dense color point cloud data. Additionally, it is equipped with LTE communication capabilities, enabling real-time transfer of survey results automatically calculated by the TDOT7GREEN to a remote server. Weighing only 3.6 kg, it allows for stable flight over extended periods. Born from the requests of many users, it is a unique "always usable" system that can be used for surveying from land to underwater.

  • Surveying

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Pre-fabricated Pile Precision Management System "Piling Measurement Method"

Pre-fabricated Pile Precision Management System "Piling Measurement Method"

Achieving high-precision pile construction! A system that contributes to improved construction accuracy and work efficiency.

The "Piling Measurement Method" is a prefabricated pile precision management system that enables high-precision pile construction management with one surveying worker and one surveying instrument, using a special measuring device called "Balm Station," which is equipped with concentric circular aiming lines (rectilinear) for each pile driving machine. It can measure the eccentricity and inclination of the rod during excavation and the pile during installation in real time, thereby improving construction accuracy and work efficiency. 【Features】 ■ High-precision construction management possible with one surveying instrument for each pile driver ■ Ability to create construction record reports from surveyed coordinates ■ Equipped with screenshot functionality ■ Capability to record and save precision management history *For more details, please download the PDF or feel free to contact us.

  • Special Construction Method

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Okumura Design Office Co., Ltd. - Introduction to 'i-Construction'

Okumura Design Office Co., Ltd. - Introduction to 'i-Construction'

Utilization of 3D data for surveying, design, construction planning, and maintenance management.

At Okumura Design Office Co., Ltd., we offer 'i-Construction,' which involves surveying, design, and construction planning using 3D data. By converting the current terrain and existing structures into 3D coordinate data, it becomes possible to transform this data into CAD format, allowing for utilization in CIM. [Features] ■ Capable of converting to CAD data ■ Usable for CIM *For more details, please download the PDF or contact us.

  • Structural Survey
  • Surveying

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Pipe Inclination Meter [NETIS Registered Technology]

Pipe Inclination Meter [NETIS Registered Technology]

Conducting slope and water level observations with one hole reduces drilling costs. Long-term observations are expected to improve quality.

Measurement of ground tilt and groundwater level possible with a single borehole observation point. By securing space within the pipe, conventional water level sensors can be used. A MEMS accelerometer is mounted in the pipe with a unique waterproof structure, achieving high durability. By attaching an orientation sensor, it is possible to calculate the tilt direction. The simple structure with a single sensor cable makes wiring easy. 【Features】 - NETIS registered technology HK-200004-A - Continuous observation of tilt amount achieved by using an accelerometer. - Installation intervals of the accelerometer can be customized according to site conditions. - High durability achieved through a uniquely developed unit structure for the accelerometer. - Improved installation efficiency due to the simple structure of the sensor cable. - Groundwater level can also be observed simultaneously by adopting a cable guide structure. - Contributes to reducing observation costs and improving work efficiency. *For more details, please download the catalog or contact us.

  • Geological Survey

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