T-SCAN HAWK 2 3D SCANNER (Measurement – Scanning solution for factories assembling motorbikes, cars, aviation, ships…)

Product Description

T-SCAN HAWK 2 – “ALL IN ONE” HANDHELD, MOVING 3D SCANNING SOLUTION

If in the past, with a limited investment budget, customers could only choose 1 of 2 separate specialized 3D Scanning devices: 1 to scan small sized products, 2 to measure large sized scans, now Carl Zeiss has brought a great alternative: the new T-SCAN HAWK 2: “ALL IN ONE”

The new T-Scan Hawk 2 with “satellite” scanning mode meets all needs of 3D scanning with complex geometric profiles: From small details, deep grooves, bars to large and very large details without limits. size limit. From dark to shiny surfaces on all materials and in all environmental conditions and difficult terrain.The new T-Scan Hawk 2 with “satellite” scanning mode meets all needs of 3D scanning with complex geometric profiles: From small details, deep grooves, bars to large and very large details without limits. size limit. From dark to shiny surfaces on all materials and in all environmental conditions and difficult terrain.The new T-Scan Hawk 2 is integrated with GOM software – software exclusively developed and optimized for every feature.The new T-Scan Hawk 2 has been tested and certified for its optical measurement and calibration results by the international organizations ilac-MRA and DAkkS.

T-Scan Hawk 2 LOW INITIAL COST – HIGH EFFICIENCY

Outstanding accuracy up to 20 microns developed specifically for the handheld Tscan-Hawk 2 series (New)
Generation of portable handheld scanners T-SCAN hawk 2, light weight, easy to use, outstanding level of accuracy to meet all difficult measurement problems from small to very large sizes, from bar shapes to deep grooves, from dark to shiny surfaces in all complex terrain conditions.
Perfect working distance
Control working distance with new projection mode – red laser markers help users easily navigate for perfect scanning results T-SCAN hawk 2 is intuitive to operate and easily adapts to each situation movement in your arms

T-SCAN hawk 2 for 3D scanning in automotive

A great invention with the new “satellite” scanning mode

The T-SCAN hawk 2 is the first handheld laser scanner with a “satellite” scanning mode that can scan very large volume objects without using integrated imaging with marked markers encode. No compromise on accuracy. Position the scanner easily with the new laser grid!

CAD modeling with ZEISS Reverse Engineering
From 3D scanning data with T-SCAN hawk 2 to creating extremely high-precision CAD models with Zeiss reverse engineering in just a few simple steps.
Use international reference standards to evaluate the system
Carl Zeiss GOM Metrology GmbH is a laboratory that has been tested and certified by the international organizations ilac-MRA and DAkkS for length and coordinate calibration results for T-SCAN optical measuring devices. 2.
Each T Scan hawk 2 will come with 2 standard DAkkS-calibrated bars to use as the standard size for satellite mode (“satellite” mode) and 1 DAkkS-calibrated bar used to calibrate the machine super fast (only with 1 step to raise the camera and take a photo)

 

zeiss-t-scan-hawk-2-mobile-portable-3d-laser-scanner

 

Flexibly switch between different scanning requirements

T-SCAN hawk 2 features seamless adjustment with optimal resolution. Whether working on small parts to large objects or deep grooves, working in confined spaces or hard-to-reach areas, the T-SCAN hawk 2 does it all with ease.
Collect data wherever you need it
Everything is compact and within reach.
Even if you want to scan at the factory or go to any location with any geographical location and terrain, the T-SCAN hawk 2 will accompany you with just 1 compact suitcase (about 35 x 45cm).

Works effectively even on dark or shiny surfacesT-SCAN hawk 2 supports non-contact scanning on all types of materials and surfaces, providing 3D scanning data with the highest accuracy
Ready for any application The T-SCAN hawk 2 is ready for any application: from quality control, to reverse engineering, to custom 3D design.

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