Trimble TX8 3D Laser Scanner

The Trimble TX8 delivers the power and flexibility to tackle even the most demanding projects. Designed for performance the Trimble TX8 enables you to complete 3D laser scanning projects faster than ever.

Trimble TX8 3D Laser Scanner Features:

• 1 million points per second
• Typical high quality scan time of only 3 minutes
• IEC EN60825-1 class 1 eye safe laser
• High accuracy maintained over entire range
• 340 meter range

With the Trimble TX8 you can capture more detailed datasets at high speed while maintaining high accuracy over the entire range of the scan.

The Trimble® TX8 laser scanner sets new standards for performance and ease of use in high-speed collection of 3D data. Using a state-of-the-art blend of speed, long range and precision, the Trimble TX8 delivers high quality results in applications that require high levels of accuracy and flexibility.

High speed
With a typical scan time of only 3 minutes the Trimble TX8 allows you to capture more stations and complete projects faster than ever.

High quality data
Never compromise on data quality. The Trimble TX8 quickly captures only high quality data over its entire range even in direct sunlight. This means less setups to capture a complete project.

Long range
With a maximum range of 340 meters the Trimble TX8 gives you more flexibility and project opportunities. It’s like having two scanners in one.

Intuitive and easy to operate
The intuitive onboard software of the Trimble TX8 makes it easy to learn and get up to speed capturing data. Reduce startup time and increase your confidence that 3D scanning can be successfully incorporated.


The Trimble® TX8 3D laser scanner sets new standards for performance and ease of use in high-speed collection of 3D data.

• General surveying: Capture high resolution data for topographical maps, generating 2D and 3D CAD views, measure distances, areas, and volumes
• Industrial facilities: Capture accurate as-built documentation of a facility for redesign and revamp projects or for updating existing plant documentation in 3D
• Civil engineering: Capture existing conditions such as roads and buildings which require high density and long range data
• Accident Investigation: Quickly and thoroughly document accident scenes
• BIM: Efficiently capture As-built and As-Is conditions for MEP or Structures contractors working on virtual design and construction (BIM) projects
• Heritage: Quickly document heritage sites and historical buildings by capturing high density and long range data

Trimble TX8 Laser Scanner Specifications

Performance overview
Scanning principle ............................. Vertically rotating mirror on  horizontally rotating base
Range principle ...................... Ultra-high speed time-of-flight powered by Trimble Lightning™ technology
Measurement rate ............................................. 1 MHz
Maximum range ................................. 120 m on most surfaces 340 m with optional upgrade
Range noise ....................................<2 mm on most surfaces

Range measurement
Laser class ..................... 1, eye safe in accordance with IEC EN60825-1
Laser wavelength .......................................1.5 µm, invisible
Laser beam diameter ......................... 6–10–34 mm @ 10–30–100m
Minimum range ................................................0.6 m
Max. standard range .......................... 120 m on 18–90% reflectivity 100 m on very low reflectivity (5%)
Extended range1 ............................................... 340 m
Range noise .................. <2 mm on 2m to 100 m on 18–90% reflectivity
Range systematic error ..........................................<2 mm

Scanning
Field of view ............................................... 360°x317°
Angular accuracy ............................................. 80 µrad

Physical
Dimensions ........................... 335 mm W x 386 mm H x 242 mm D (13.2 in W x 15.2 in H x 9.5 in D)
Weight ....................... 10.6 kg (23.3 lb) with tribrach and no battery; 11.0 kg (24.3 lb) with tribrach and battery
Power supply ........................... 76 mm W x 43 mm H x 130 mm D  (3.0 in W x 1.7 in H x 5.1 in D); Weight: 0.66 kg (1.46 lb)
Power consumption .............................................72 W
Instrument case ....................... 500 mm W x 366 mm H x 625 mm D (19.7 in W x 14.4 in H x 24.6 in D)

Others
Luminance resolution ............................................ 8 bits
Leveling ......................... External bubble, onboard electronic bubble
Dual axis compensation ................................. Selectable on/off
Resolution ...................................................0.3"
Range ..................................................... ±10'
Accuracy ...................................................0.5"
Data storage ........................................ USB 3.0 Flash Drive