Topcon scanner 3d
Topcon GLS-2000 Laser Scanner | Xpert Survey Equipment
Topcon’s GLS-2000 3D laser scanner allows you to quickly and accurately capture 3D data at any project site. An industry leading laser scanner no-serious practitioner should be without, the GLS 2000 can be utilised at any job site.
Item ID: GPS219-L/T*
Warranty: 90 Day Exchange
* Topcon GLS-2000 Compact High-Speed 3D Laser Scanner [ID- L/T*]
* QTY. 2 Batteries
* User Manual On CD
* Hard Carrying Case [G
| Topcon GLS-2000 Compact High-speed 3D Laser Scanner:
With its 350m (1,150ft) eye-safe long-range scanning technology, the GLS-2000 features survey-grade accuracy that reduces the amount of scan setups required on site. The integrated twin cameras help ensure that the images recorded provide the best possible definition photography for all levels of scan detail.
• Highest Accuracy with Precise Scan Technology
Intuitive and Efficient
A Laser Scanner for all Users and Markets
Small Size, Big Performance
One Touch Scanning
Seamless Workflow with ScanMaster
High Speed Scanning
GTL-1003 - TOPCON CORPORATION | 3D Scanner
The GTL-1003 from TOPCON CORPORATION is a 3D Scanner with Scan Accuracy 4 to 10 mm, Stand off Distance 0. 6 to 70 m. More details for GTL-1003 can be seen below.
Part Number :
Camera Resolution :
212 x 178 x 424 mm
Laser Class :
Light Source :
Measuring Speed :
Operating System :
Windows 7, 10
Operation Temperature :
- 10 to 50 Degree C
Size of Object :
Structure Light Scanning
7. 2 kg
Scan Accuracy :
4 to 10 mm
Stand off Distance :
0.6 to 70 m
View more details on the manufacturer's website
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3D laser scanning
|The essence of laser scanning technology is to determine the spatial coordinates of object points. That is, the device, using a phase or pulsed non-reflective range finder, calculates the distances to all points of the object and measures vertical and horizontal angles. In this case, a three-dimensional image (with XYZ coordinates) is formed in the form of a cloud of points (scan, bitmap). The principle of operation is similar to the operation of an electronic total station, but unlike it, the shooting process takes place thousands and even millions of times faster! And this makes terrestrial laser scanning the most efficient and high-performance means of obtaining accurate and complete information about any object!
The laser scanner is controlled from a laptop computer or from the control panel built into the scanner.
The shooting process itself is quite simple and has the following sequence:
1) zones of mutual overlapping of scans are determined, targets are set;
2) the laser scanner is mounted on a tripod in certain areas;
3) the device is given the density of the point cloud (resolution) and the survey area;
4) the process of laser scanning of objects starts.
Target layout for shooting a simple object
Road target layout
Even at the stage of field work, it is necessary to preliminarily determine the zones of mutual overlap of scans (so that all the details of the object being photographed can be seen). To do this, prior to the start of shooting, special targets . Further, according to the coordinates of these targets, the point clouds are combined into a single 3D model . It is possible to combine point clouds without targets.
To obtain a complete 3D image of terrain, several shooting sessions (from different positions) are required. This makes it possible to shoot the surface from different points and fix any, even the smallest elements! The resulting point clouds are combined with each other into a single space in the software module. All data at the same time have such characteristics as coordinates, intensity of the reflected signal and the real color of the point.
As a result of the collected data, we obtain a 3D model , with a high degree of detail, flat drawings and sections, profiles and sections, plans, areas and volumes of surfaces that maintain full geometric correspondence of the shapes and sizes of a real object. Among other things, there is the possibility of exchanging graphic data, which makes it easy to integrate the laser scanning technology into the scheme of the software already in use.
3D point model of the cathedral
Overview of Ground Laser Scanners
Today, many companies are developing 3D laser scanners for various purposes. But all modern terrestrial laser scanners have a number of common characteristics:
1. Accuracy of measuring distance, horizontal and vertical angles;
2. maximum scanning resolution;
3. scanning speed;
4. range of the laser scanner;
5. divergence of the laser beam;
6. field of view of the scanner;
7. used means of obtaining information about the real color;
8. safety class of the laser used;
9. portability and interface features.
One of the world's leading manufacturers of terrestrial laser scanners is Z+F (Zoller + Fröhlich) . Devices brand Z + F are made in Germany, which does not raise doubts about the quality and accuracy of the device! Today, one of the most popular devices of this brand is laser scanner IMAGER5010 . Unlike its predecessors, the scanner has unsurpassed scanning speed, improved accuracy, huge field of view, extended temperature range, color touch screen, light weight and compactness. In addition, the laser scanner has a safe beam, not only for industrial equipment, but also for human eyes! All these differences put the scanner an order of magnitude higher than its peers.
Color point cloud, scanner Z+F Imager 5010C
High accuracy and scanning speed (more than 1 million points per second) allows you to make measurements on the object in a very short time and at the same time achieved accuracy better than 1mm - this is especially true in cases where it is necessary to avoid the accumulation of errors when registering data obtained from a large number of scanner stops.
Wide field of view (3600 horizontal and 3200 vertical) leaves only a small area under the scanner out of the scanner's field of view. In addition, the scanner is adapted to work in different conditions , from temperatures from -100 to very dusty!
Equally important is the compactness of the device and its complete autonomy from a computer or any devices, and the data is stored on the drive built into the scanner. The color touch screen makes it easy to set scan modes, view acquired data, and perform simple measurements on acquired point clouds.
After all the work has been done, data has been received from different points, the program LFM Register will help to register them in a single cloud, and LFM Modeller will help to process and convert them into three-dimensional models or flat drawings. In addition, the received data can be transferred to any other software packages, such as AutoCAD, Smart Plant 3D, PDMS and others, to work in them for further design.
An equally popular laser scanner is scanner GLS-1500 manufactured by Topcon (Japan). Japanese instruments have always had the best performance under equal conditions. So, for example, laser scanner GLS-1500 with a lower scanning speed (up to 30,000 points per second), has a greater shooting range (up to 330 meters). This gives the scanner an advantage when shooting in open areas of considerable size. In addition, this does not deprive the scanner of the ability to capture urban and industrial areas, building facades and architectural objects.
Topcon GLS 1000/1500 Laser Scanner
Equally important is that the scanner is equipped with class 1 safety laser and high millimeter accuracy. Complete autonomy and built-in control panel with data accumulation on a regular SD card, as well as the built-in WiFi module , make the device not only reliable, but also convenient. So, the scanner can be controlled remotely, which is important when shooting in adverse conditions. In addition, using the built-in camera, you can save photos of the subject itself.
Software Topcon ScanMaster allows you to register the received data, combine them into a single point cloud, prepare data for drawings, perform measurement work, create surface models, profiles, cross sections.
Where is terrestrial laser scanning used?
Terrestrial laser scanning applications are numerous. Laser scanning possible to apply:
- in the construction and operation of engineering structures;
- in the mining industry;
- in the oil and gas industry;
- in architecture;
Color point cloud, Z+F Imager 5010C scanner
- in the development of measures to prevent and eliminate the consequences of emergency situations;
- in the implementation of topographic survey of territories with a high degree of development;
- in shipbuilding;
Laser scanning and calculation of ship cargo tank volumes
- in modeling various types of simulators;
- in the creation of two-dimensional and three-dimensional geographic information systems for enterprise management;
- in fixing road accidents and crime scenes.
Color Point Cloud, Crash Scene for Exploration, Scanner Z+F Imager 5006
In any field, laser scanning has advantages such as:
- prompt receipt of initial data
- prompt preparation of high-quality and visual design documentation (office processing)
- high-precision and detailed shooting
- increased work efficiency and labor costs
- safe work
- carrying out work without interrupting (stopping) from the process of the removed object
- work in conditions of increased dust, vibration, poor lighting
and much more!
Based on the foregoing and the experience of our company's specialists when using this technology, we can conclude that terrestrial laser scanning technology proved to be not only highly effective, but in many cases as indispensable, allowing in a short time to quickly capture various objects without loss of accuracy and completeness of the collected data. It can be applied in almost any field due to absolute objectivity and the absence of the influence of the human factor.
It is hard to imagine how much time it would take us to shoot communications with an electronic reflectorless total station, for example, in a slurry pump shop with dimensions of 60 × 30 × 20 meters. Months, maybe a year? With the Laser Scanner , all "field" work can be completed in a few working days.
Which laser scanner should I choose?
The key to success in jobs that require laser scanning technology is the right tool.0
Price on request
New era of mobile 3D laser scanning. GoSLAM RS100S is a handheld scanner that uses SLAM technology. This is real-time positioning where there is no GNSS positioning. When moving in space, whether it be indoors or open areas, the scanner itself understands where it is due to the objects surrounding it and simultaneously scans these objects.
Thanks to the RS100S scanner, 3D information acquisition is much faster than with a stationary scanner, so you can shoot ten times faster. To perform a scan, it is enough to turn on the system and start moving around the object. After bypassing the entire required territory, in order to complete the survey, you must press the off key and insert the USB flash drive into the scanner, to save the result - point clouds.
A unique feature of the GoSLAM RS100S scanner is the integration of a conventional RS100S handheld scanner into mobile scanning on almost any vehicle, using a special mount. In addition to the car, the scanner can be installed on a UAV, for scanning from the air, or you can install the scanner on a backpack, thereby completely freeing your hands.
The scanner's rotating lidar offers a distinct advantage over fixed scanners, which have a limited field of view. The 360 x 285-degree field of view allows you to scan almost the entire surrounding space, and thanks to this, you can not worry about the quality of the received data, where there will be no double walls, stairs, etc.
The GoSLAM Studio software is an integral part of the scanner for point cloud post-processing. It has many smart features and a simple interface, and it supports point cloud import and export in various formats. GoSLAM Studio software also allows you to perform a number of tasks, such as noise reduction, georeferencing, segmentation, merging, volume calculation, orthophoto, etc.
Long range (120 meters) and speed (320,000 points per second) reflectorless measurements with high accuracy (1 cm) allow you to perform a variety of tasks, for example:
- Survey of buildings and structures
- Creation of floor plans
- Survey of buildings and structures in 3D for BIM design
- Survey of industrial areas
- Operational calculation of the volumes of stored materials (bulk materials, coal, granaries) 90
- Marker measurements underground and surface workings in 3D
- High range, speed and accuracy - 120 meters, 320,000 t/s and 1 cm, respectively
- Rotating lidar - scan the whole environment, not just part of it
- Work in the harshest environments - IP65 dust and moisture protection and work at temperatures from -30 C to +60 degrees
- Real-time - view real-time data on the smartphone screen
- Automatic georeferencing of point clouds by points with known coordinates.
- Multi-platform - mount the scanner on a backpack, UAV, Car, Boat, etc.
- A complete solution for your needs - a scanner kit with the necessary software.
1 Handheld Laser Scanner, 1 Data Logger, 1 Scanner Handle, 1 Shoulder Straps, 1 Main Cable, 1 Memory Card 1 pc., Battery – 2 pcs., Charger – pc., Smartphone mount – 1 pc., Protected transport case, GoSLAM software.
|320 000 Points per second9000
|9000 9000 9000 9000 9000 9000 9000 9000 9000 ° Kh285 ° C Laser class
|Class 1 (safe)
|500 GB SSD
|Trudeusage protection IP
| - 30 ° C .