3D Laser Scanner Trimble X7 Perspective
Nikon Trimble Trimble X7 Perspective
A groundbreaking next-generation 3D laser scanner for measurement and civil engineering/i-Construction.
The Trimble X7 Perspective is a ground-based laser scanner that breaks conventional wisdom and paves the way for a new era of "Simple, Smart, Professional." Its unprecedented workflow provides "Easy, Accurate, Efficient" operations and high-quality results, even for those without experience in 3D surveying. We offer it as the best solution for customers who have felt many doubts and high hurdles in adopting traditional ground-based laser scanners. The leveling work is unnecessary due to the auto-calibration feature, and the real-time fully automatic registration function allows for point cloud synthesis without the need for targets. With a scanning speed of 500,000 points per second, it achieves high precision, and it uses a lightweight carbon GITZO tripod. The Trimble X7 can scan objects with low reflectivity that traditional laser scanners could not. By selecting a high-sensitivity mode, it changes the wavelength (frequency) of the emitted laser, enabling reliable scanning of asphalt and dark-colored objects.
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basic information
The Trimble X7 is designed with the concept of "Simple, Smart, Professional" rather than being focused solely on specifications, emphasizing the "simplification of workflows" for ease, accuracy, and efficiency. ■ Trimble Registration Assist feature (point cloud verification through automatic synthesis using IMU to prevent re-measurement) / High-sensitivity mode equipped (ensures scanning of low-reflectivity objects) ■ Auto-calibration feature (automatically levels the device with ±10° accuracy, corrects for internal device temperature and surrounding environmental temperature, distance correction using albedo, monitors vibrations during scanning) ■ Weight of 5.8 kg / Excellent environmental performance (-20° to +50°, IP55, resistant to water and dust with a non-rotating center mirror) / All components can be stored in a backpack ■ Diverse output data formats (E57/RCP/POD/PTX, and TZF/TDX that can be utilized with Trimble RealWorks and Trimble Business Center) ■ New feature 'Georeference' enables coordinate transformation using targets set at known points on-site, allowing for on-site coordinate referencing.
Price range
P6
Delivery Time
Applications/Examples of results
■Architecture ■Civil Engineering ■Facilities ■Roads ■Bridges ■Tunnels ■Cultural Heritage ■Museums ■Plants ■Vessels ■Factories for food, steel, chemicals, automobiles, etc. ■Traffic Accident Investigation
Detailed information
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Refined 3D point cloud views and station views The Perspective software displays large point clouds synthesized by an excellent view engine in a clear and easy-to-understand manner. The advantage of being able to check the synthesized 3D point cloud immediately after scanning includes "verifying any missed scans on-site," "checking point density," and "monitoring work progress in real-time," which completely prevents the need for re-measurement.
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Measurement and confirmation of many items on-site, such as point cloud slicing. With the Perspective software, measurements such as "height, width, and length" can be taken from the point cloud. This allows for immediate understanding of dimensions on-site, such as confirming the height to the bridge pier, which is also helpful in securing the route for heavy machinery. Additionally, especially in indoor scanning measurements, there are often cases where the point cloud of the areas to be checked cannot be displayed due to the presence of point clouds for the ceiling or floor. However, by using the slicing function, the display range can be freely restricted, making it easy to confirm the point cloud.
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Self-Fort Calibration The Trimble X7 performs a self-check before starting the scan to maintain scanning accuracy and automatically carries out calibration. This calibration is performed for each scan and takes only 25 seconds. With this feature, unlike previous surveying equipment, the Trimble X7 can maintain accurate scans even when set up roughly. Additionally, because calibration is done for each scan, the equipment can be safely used over long periods.
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Annotation Function In the field, when you want to associate information with a specific location and link it to a 3D point cloud, the annotation function is useful. You can freely take photos of the locations where you want to leave annotation information using the camera on a tablet PC. By simply tapping on the point cloud location that matches the photo position of the scanned data, the photo and the entered information are linked to the specified point cloud location. Annotations are carried over to Trimble office software, which is very helpful for explanations and presentations to third parties regarding the field.
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Equipped with high sensitivity mode The Trimble X7 can scan objects with low reflectivity that conventional laser scanners could not. By selecting the high sensitivity mode, it is now possible to reliably scan asphalt and dark-colored objects by changing the wavelength (frequency) of the emitted laser.
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NT Geotex Co., Ltd. is a company that proposes a total solution for BIM, CIM, architecture, civil engineering, equipment, surveying, and 3D measurement as a special agent for Nikon and Trimble. We support not only the sale of surveying and measuring equipment but also provide proposals considering our customers' operations and follow-up services on behalf of the manufacturers. In the recent construction industry, technologies such as AR and MR, which were not common a few years ago, have been adopted, and we feel the rapid changes in the times. We are also working daily to adapt to such changes. We aim to be a partner company that continuously excites our customers and is chosen by various clients across different industries, flexibly responding to challenges faced by the construction industry, such as "labor shortages," "aging," and "efficiency of work," as well as the introduction of new technologies necessary for solving these issues.