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Scanner Product List and Ranking from 244 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

Scanner Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. null/null
  2. 九州計測器 Fukuoka//Industrial Electrical Equipment
  3. ＳＧＳ Osaka//Service Industry
  4. 4 システムクリエイト Osaka//Industrial Machinery
  5. 5 ユニバーサル・ビジネス・テクノロジー 本社 Tokyo//Industrial Electrical Equipment
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Scanner Product ranking

Last Updated： Aggregation Period:Oct 29, 2025～Nov 25, 2025
This ranking is based on the number of page views on our site.

  1. Electrostatic scanner 九州計測器
  2. Safety Laser Scanner SZ-V Series
  3. [Toshiba Industrial X-ray CT Comprehensive Catalog] 東芝ユニファイドテクノロジーズ 東京事業所　検査システム営業部
  4. 4 A1 Size Color Book Scanner OS12000 A1 クラボウ（倉敷紡績株式会社）
  5. 5 Automatic Book Scanner "ScanRobot 2.0 MDS" ユニバーサル・ビジネス・テクノロジー 本社

Scanner Product List

361～375 item / All 950 items

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[Reference Example] Simulation of Safety Fence Installation

[Reference Example] Simulation of Safety Fence Installation

Introducing a case where 3D point cloud data of the current situation was obtained using a 3D laser scanner!

We would like to introduce a case where 3D point cloud data of the safety measures target area within the factory was obtained using a 3D laser scanner. The client wished to utilize the acquired 3D point cloud data, which accurately represents the current situation through 3D laser measurement, for design considerations and installation construction simulations. By combining the 3D point cloud data of the safety measures target area within the factory with the 3D CAD data of the safety fence, it became possible to conduct design considerations and installation construction simulations on a desktop PC. 【Benefits】 ■ Understanding the current situation of a vast area ■ Reducing installation issues and rework ■ Accurately identifying interfering parts in advance *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments

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[Reference Case] 3D Laser Measurement of Planned Construction Site

[Reference Case] 3D Laser Measurement of Planned Construction Site

We will introduce examples where the sharing of intuitive work images has become possible through visual expression!

We would like to introduce a case where point cloud data, which is a digital representation of the current state, was obtained using a 3D laser scanner at the site planned for building construction, including power lines, utility poles, and other nearby structures. The client expressed a desire to utilize the point cloud data, which represents the current state, to consider design options and shorten the construction planning period without having to visit the site multiple times. In this instance, we successfully shortened the construction planning period by utilizing the point cloud data, which is the digital data of the current state of the building construction site obtained through 3D laser measurement. [Case Overview] ■ Issues - Desire to consider design options and shorten the construction planning period ■ Results - It became possible to simulate the movement routes of heavy machinery, understand their operational range, and manage the handling of heavy machinery using a PC at the desk. - A more efficient and safety-conscious construction plan was realized. *For more details, please refer to the PDF document or feel free to contact us.

  • Other measurement, recording and measuring instruments

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Introduction of New Technology

Introduction of New Technology

Introducing products that can significantly shorten development lead times to enhance product quality!

We would like to introduce the new technologies that have been implemented at Sawada Industrial Co., Ltd. The "3D Scanner," which conducts functional analysis and design reviews necessary for product development in a virtual environment, and the "3D Printer," which allows for the examination of complex embedded components and the prototyping of specialized jigs from 3D CAD data. Additionally, we have introduced a "Clean Room" with airborne particles of O.lµm at less than 10,000 per cubic meter. For more details, please feel free to contact us. 【New Technologies】 ■3D Scanner ■3D Printer ■Clean Room *For more information, please refer to the PDF document or feel free to reach out to us.

  • Scanner
  • 3D Printer
  • Other clean room equipment and facilities

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Cloud software "Zenport"

Cloud software "Zenport"

A cloud software that visualizes complex trade operations!

"Zenport" is a cloud software that can improve recording tasks by about 70% due to its operational capabilities not found in Excel. It comes standard with functions commonly used in import operations, such as splitting and duplicating. Registration and changes can be done with just one click. Additionally, it allows for customization of ordering, shipping, and product-specific tasks, enabling template creation. [Features] ■ Visualize the relationship between orders and shipping services ■ Easily record adjustments to orders and shipping services ■ Collaboration among multiple product managers is possible ■ Automatically share delivery dates for each product with sales representatives ■ Automatically accumulate the results of operations as data *For more details, please download the PDF or feel free to contact us.

  • Software (middle, driver, security, etc.)
  • Other embedded systems (software and hardware)
  • Purchasing Management System

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History of Printing: Modern Edition 2 - Color Scanners and Computerized Typesetting Machines

History of Printing: Modern Edition 2 - Color Scanners and Computerized Typesetting Machines

Introducing the history of printing from the post-war period to the present! We are currently publishing columns about printing history and a printing company that has been in business for over 75 years.

The third installment of the printing history series! We will introduce the history of printing from 1945 to the present in three parts. In the second part, we will introduce two technologies that emerged from the 1970s to the 1980s: the "color scanner" and the "photo typesetter." You can download the [trial version column catalog] from the PDF download. You can download the [complete version column catalog] from the related links.

  • Printing Machinery

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Smartphones and tablets become 3D scanners! [Dot.3D Pro]

Smartphones and tablets become 3D scanners! [Dot.3D Pro]

Using smartphones, tablets, and Intel sensor cameras to turn them into scanners! An app has been released that allows for immediate scanning and information retrieval such as dimensions on the worksite.

"Dot.3D Pro" is an application compatible with Windows and Android. By combining existing smartphones, tablets, and Intel RealSense cameras, it can be used as a 3D scanner when used alongside Dot.3D. After scanning, it allows for the deletion of point cloud data, coordinate transformation, measurement of dimensions, area, and volume, and simultaneous capture of site photos using the built-in camera of smartphones and tablets, making it easy for anyone to achieve their goals on-site. Main use cases: - Scanning of factory equipment, piping, plants, buildings, etc. - Scanning of sewage treatment facility equipment - Internal scanning of ships and aircraft - Scanning of the exterior of vehicles and accident scenes - General applications Features: - Combination with L515 (LiDAR sensor) allows for extensive indoor scanning, while combination with D415 and D455 sensors enables both indoor and outdoor scanning. - Immediate checking after scanning, with the ability to perform additional scans from the same location. - Immediate measurement of dimensions, area, and volume after scanning. - Capability to take site photos during scanning using the smartphone or tablet's built-in camera. - Ability to annotate with 3D markup. - Comparison of the shape of scanned point clouds and 3D models is possible. - Various point cloud data and coordinate data can be output.

  • others

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[Case Study] Underground Manhole Investigation Case Using the DPI Series After a Major Storm

[Case Study] Underground Manhole Investigation Case Using the DPI Series After a Major Storm

We will present a case study of measuring over 460 manholes in a large park located in New Jersey using the DPI-8S SR.

We will present a case study of measuring over 460 manholes in a large park located in New Jersey, USA, using the DPI series for a condition survey and research after a major storm.

  • others
  • Other information systems

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Just attach it to your smartphone and it becomes a scanner! DPI-X (3D sensor camera)

Just attach it to your smartphone and it becomes a scanner! DPI-X (3D sensor camera)

The sensor camera used in the DPI series can now be used independently. It can be connected to smartphones and other devices, turning it into a scanner.

DPI-X is a scan camera that allows the sensor camera used in the DPI series to be utilized independently. It can be connected to other tablets and smartphones, enabling its use as a handheld scanner in conjunction with Dot3D. Compared to the DPI series, there are more options for device selection, making it possible to create a 3D handheld scanner at a lower cost. Please use it as a handheld 3D scanner with the concept of being easy and quick for anyone, anytime, and anywhere.

  • others

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3D handheld scanner "DPI/Dot3D series" *iOS version now available

3D handheld scanner "DPI/Dot3D series" *iOS version now available

Easily 3D scan with your smartphone or tablet. For on-site measurement and verification. Choose the license type according to your needs.

Isn't it thought that 3D scanning of buildings, large machinery, etc., is difficult to implement on-site without specialized equipment or knowledge? This time, we will introduce a scanner that can be easily and quickly used on-site using Windows/Android/iOS devices. The "DPI/Dot3D series" is a scanning app and handheld scanner that can be used on Windows/Android tablets and smartphones, as well as iPhone Pro and iPad Pro. You can quickly scan while carrying it, check immediately, and perform dimension measurements and edits on-site. The acquired point cloud data can be repurposed for various needs, such as output for 3D modeling or creating VR content. With the addition of Dot3D for iOS, we can now offer a scanner that is specialized and available at a low cost. 【Features of the "DPI-10 Series"】 - Utilizes a 10-inch tablet - Offers models that support measurement distances of 0.3 to 2m and 0.6 to 3.5m - Compatible with various systems such as AutoCAD and iQ3 *You can view product materials from the download button. Please feel free to contact us with any inquiries.

  • Scanner

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Providing a variety of 3D scanners and 3D modeling tools <Case study materials available>

Providing a variety of 3D scanners and 3D modeling tools <Case study materials available>

Streamlining the acquisition and utilization of 3D data. Providing handheld scanners that allow for data verification and editing on-site.

Our company offers a wide range of 3D measurement devices and 3D modeling tools that can be utilized in manufacturing, construction, and civil engineering sites. The tablet-based handheld scanner 'DPI-10 Series' is compact and easy to carry, allowing users to generate scan data with simple operations. We also provide applications such as the 'Dot3D Series' for Windows/Android and iOS, which enable smartphones and tablets to function as 3D scanners. Additionally, the 'DPI-X Series' can be used as a scanner with performance equivalent to the DPI-10 Series by connecting to a device with the app installed via USB. 【Features of the DPI-10 Series】 ■ Preview on-site and add additional coverage to areas that were insufficiently scanned ■ Choose from two types of recognition ranges: 60cm to 3.5m and 30cm to 2m ■ Output in various data formats such as DP/RCS/POD/PTS *Currently, we are offering a 'Case Study Report on the Use of the Dot3D Series.' Please check it out via 'PDF Download.' Feel free to contact us with any inquiries.

  • Other measurement, recording and measuring instruments

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Explaining the utilization of point cloud data in renovation work!

Explaining the utilization of point cloud data in renovation work!

Using a 3D laser scanner to obtain point cloud data of existing buildings. High-altitude equipment can be measured with high precision in a short time without the use of scaffolding.

The construction industry is facing a serious labor shortage due to population decline and an aging society. On the other hand, there is also an increasing demand for renovation work in existing buildings from the perspectives of energy conservation, power saving, and earthquake resistance. By utilizing 3D laser scanners and point clouds for essential site surveys and current drawing creation during renovation work, it becomes possible to address the labor shortage issue, as well as shorten construction periods and reduce costs. **Advantages of Using 3D Laser Scanners** - High-precision 3D measurements can be obtained in a short time. - Measurements can be taken at heights without the use of scaffolding. - There is no risk of damage to the object being measured since measurements are taken remotely. *Note: 3D measurement refers to scanning an object to obtain point cloud data.* By importing the point cloud data obtained from 3D measurements, buildings and facilities can be recreated in 3D on a computer. Additionally, the following tasks become possible: **Utilization of Point Cloud Data** - Dimension measurement - Cross-section display - Composition of point clouds and 3D models (3D CAD) - Modeling and creation of construction drawings from point clouds (BIM compatible) **Deliverables** - Point clouds and 360° panoramic photos - 3D CAD data modeled from point clouds

  • Other measurement, recording and measuring instruments
  • 3D measuring device

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Explanation of 3D measurement of cultural properties using a 3D laser scanner!

Explanation of 3D measurement of cultural properties using a 3D laser scanner!

The relationships and environment surrounding the drawing can be digitized! Since scaffolding is not used, measurements at heights are also possible.

In the modern era where new buildings are continuously being created, it is important to pass down valuable cultural properties and structures to the future. We will conduct three-dimensional measurements of cultural properties with the aim of recording and preserving data using 3D laser scanners (digital archiving), contributing to future repairs and academic research. ■ Target Cultural properties, monuments, cultural landscapes, traditional building groups, etc., that hold high value from historical, artistic, academic, and aesthetic perspectives. 【Advantages of Using 3D Laser Scanners】 ■ High-precision measurements can be made in a short time. ■ Measurements can be taken at heights without the use of scaffolding. ■ There is no risk of damage to the subject due to contact, as measurements are taken remotely. ■ Relationships and environments with surrounding areas that are not included in the drawings can be digitized. 【Project Method and Procedure】 1. Three-dimensional measurement using a 3D laser scanner (on-site work). 2. Preliminary synthesis and confirmation of the acquired point cloud (on-site work). 3. Synthesis of the point cloud. 4. Removal of noise such as floating objects and moving objects within the point cloud. 5. Data export. 【Deliverables】 ■ Point cloud data and 360° panoramic photos. ■ Videos, 3D models, CAD drawings, etc., using the point cloud.

  • 3D measuring device
  • Other measurement, recording and measuring instruments

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[Case Study] 3D Laser Scanning of Cultural Heritage Measurement at Fukuoka Castle Ruins

[Case Study] 3D Laser Scanning of Cultural Heritage Measurement at Fukuoka Castle Ruins

It is possible to measure from a distance without the risk of damage to the object due to contact, allowing for high-precision measurements in a short time.

【Example】 Location: Fukuoka Castle Ruins Area: Approximately 700 square meters Number of Measurements: 35 locations Measurement Time: Approximately 3 hours and 30 minutes Measurement Data Confirmation: Approximately 1 hour (Total: Approximately 4 hours and 30 minutes) 【Measurement Conditions】 ■ Measurements can be conducted outdoors and indoors ■ Due to equipment specifications, a temperature range of 5°C to 40°C is desirable during measurements ■ Measurements can be conducted at night or in dark places, but obtaining color information may be difficult ■ Outdoor measurements may be impossible depending on weather conditions due to laser reflection and refraction from rain or fog ■ Glossy surfaces that reflect lasers or black objects that absorb lasers will reduce point cloud acquisition rates * Mirrors and glass, for example, will almost not yield point clouds ■ Moving objects during measurement will be processed as noise during data processing * Considering the accuracy of point cloud acquisition, measurements during times when no people are present are preferable ■ Generally, measurements are taken from below, so point clouds of the top surfaces of objects cannot be obtained. If point cloud acquisition is necessary, measurements should be taken from a height 【Examples of Point Cloud Data Utilization】 ■ Dimension measurement ■ Cross-section display ■ Elevation display ■ Intensity display ■ 3D modeling ■ VR, etc.

  • 3D measuring device
  • Other measurement, recording and measuring instruments

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3D Measurement and Point Cloud Utilization Case Studies

3D Measurement and Point Cloud Utilization Case Studies

We will introduce a wealth of examples utilized in renovation work, new construction projects, and cultural properties!

In this document, we introduce examples of point cloud utilization that go beyond just 3D modeling. We present cases where 3D laser scanning was used in renovation work involving the replacement of equipment and piping in a machine room, as well as cases where the measured point cloud and 3D models of equipment were used to consider transportation routes. Additionally, we include examples of interior construction utilizing BIM models. Furthermore, we provide a list of equipment that our services can support, making this a handy reference. We encourage you to read it. 【Featured Cases】 ■ Renovation Work (Preservation of Current State) ■ Renovation Work (Transportation Route Consideration) ■ New Construction (Interior Consideration) ■ Factory Layout Changes ■ Cultural Properties *For more details, please refer to the PDF document or feel free to contact us.

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