Since its introduction in 1998, 3D scanning has become essential in various fields such as architecture, engineering, and crime scene investigation. Key applications include quality control inspections, heritage reproduction, and real-time GPS provision. It is particularly valuable in the automotive industry for body design and in manufacturing for cost-effective design processes.

2. Since its introduction in 1998,
3D Scanning is useful in
Architectural Surveying,
Construction Surveying,
Engineering Surveying,
Historical Surveying, Crime
and Accident Scene Surveying.

3. laser scanning has become
heavily associated with
engineering and reverse
engineering through the
following applications:
quality control
inspections, reproduction
of heritage parts, BIM
modeling, 3D topographical
site scanning, early
measurement and
verification of foundation
structure, provision of real
time GPS, and clash control
for piping.

4. 3D SCANNING IS NOW
MOST USEFUL IN
THE AUTOMOBILES
WORD FOR DESIGN
CAR BODY PRIMARY
BODY DESIGN.

5. 3D SCANNING IS
MOST USEFUL IN
TO DESIGINE
MACHINAREY
PARTS.

6. 3D SCANNING ARE
NOW MOST USEFUL
IN EVERY
MANUFACTURARY,
DESIGNER AND FOR
PRODUCTION UNIT
FOR SAVE THE
COST OF ON
DESIGN.