[Discontinued] 3D Laser Scanner Trimble TX8/TX6

basic information

Wide-range and long-distance scanning (wide scanning range) With a horizontal range of 360° and a vertical range of 317°, it can complete a very wide space in a single scan. Scanning can also be performed without restrictions in the zenith direction, making it suitable for use in areas such as the underside of bridge decks and indoor spaces. Additionally, if you want to scan only a limited area, you can streamline the work by narrowing down the area while checking the preview screen. Supports long-range scanning up to 340m The Trimble TX8, equipped with Trimble's renowned distance measurement technology "Trimble Lightning Technology," supports long-range scanning up to 340m, allowing for measurements of large structures such as collapse sites and bridges. Furthermore, by leveraging the wide scanning range, it minimizes the need for station movement, significantly improving work efficiency.

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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  Trimble TX6

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  Trimble Lightning Technology is a next-generation time-of-flight technology. By adopting this ranging technology, we have addressed various causes that lead to the degradation of scanner accuracy, resulting in a stable high precision of "2mm" over a range of 2m to 100m. Generally, accuracy deteriorates as distance increases, but the TX8 is a high-precision laser scanner that can maintain a ranging accuracy of "2mm" even at close distances of 2m and at long distances of 100m.

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  The scanning speed of the Trimble TX8 is among the best in the world, capable of ultra-fast scanning at one million points per second. Based on this ultra-fast scanning technology, four selectable scan modes are set to ensure measurement intervals, density, and accuracy according to the application. The operator simply needs to choose the optimal mode, contributing to increased efficiency in each measurement.