3DSHANDY-49LS is a handheld 3d scanner with high work efficiency and high scanning detail performance.
Advanced blue light technology, 13 pairs of cross laser beams + 11 pairs of fine scanning laser beams + 1 deep-hole scanning laser beam. Industrial-grade wide range 3D scanning system. The scanning plan can be flexibly formulated according to user needs.● Portable design
Small and portable, easy to carry, handheld design for arbitrary scanning
● Extensive scanning applications
It can be used in various environments and three-dimensional modeling of the surface of different sizes of workpieces. One machine has multiple functions.
● Easy to learn and understand
Those who have no experience in operation can master various operations and calibration procedures proficiently after training
● High efficiency
The output point efficiency of a single frame is increased by more than 3 times, and the measurement rate is as high as 1.6 million measurements per second
● High adaptability
A variety of scanning modes are intelligently guided, black, reflective materials and multi-color can be easily dealt with, and the range is more adaptable
● Detail scan
The resolution of fine mode is up to 0.01mm, the real-time rendering speed and effect are optimized, and the details of the scanning process are clearly visible
● Reduced preliminary work
Reduced number of target reflection marking points
● Scanning format
Scanning format up to 1400×1100mm
Competitive product analysis
· Automobile modification
· Decoration customisation
· Modeling and design
· Quality control and parts inspection
· Simulation and finite element analysis
· Virtual assembly
· Reverse engineering
· Quality control and inspection
· Wear analysis and repair
· Jigs and fixtures design, adjustment
· Rapid prototyping
· MRO and damage analysis
· Aerodynamics & stress analysis
· Inspection & adjustment of parts installation
· Molding inspection
· Reverse design of molding to create CAD data
· End products comparison analysis
· Scanned data can be used for 3D printing directly
· Education and scientific research
· Medical and health
· Reverse design
· Industrial design