Handheld 3d Scanner- 3DSHANDY-41LS
Introduction of handheld laser 3D scanner
3DSHANDY-41LS Characteristics
3DSHANDY-41LS is a handheld 3d scanner with light weight (0.92kg) and is easy to carry.
26 laser lines + additional 1 beam scanning deep hole + additional 14 beams to scan details, a total of 41 laser lines.
Fast scanning speed, high precision, strong stability, dual industrial cameras, automatic marker splicing technology and self-developed scanning software, ultra-high scanning accuracy and work efficiency.
This product has been widely used in the field of reverse engineering and three-dimensional inspection. The scanning process is flexible and convenient, suitable for various complex application scenarios.
● 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 600×550mm
Application Cases
Automobile Industry
Competitive product analysis
· Automobile modification
· Decoration customisation
· Modeling and design
· Quality control and parts inspection
· Simulation and finite element analysis
Tooling Casting
· Virtual assembly
· Reverse engineering
· Quality control and inspection
· Wear analysis and repair
· Jigs and fixtures design, adjustment
Aeronautics
· Rapid prototyping
· MRO and damage analysis
· Aerodynamics & stress analysis
· Inspection & adjustment of parts installation
3D Printing
· Molding inspection
· Reverse design of molding to create CAD data
· End products comparison analysis
· Scanned data can be used for 3D printing directly
Other Area
· Education and scientific research
· Medical and health
· Reverse design
· Industrial design
| Product model | 3DSHANDY-41LS | ||
| Light source | 41 blue laser lines (wavelength: 450nm) | ||
| Measuring speed | 2,570,000points/s | ||
| Scanning mode | Standard mode | Deep hole model | Precision mode |
| 26 crossed blue laser lines | 1 blue laser line | 14 parallel blue laser lines | |
| Data precision | 0.02mm | 0.02mm | 0.01mm |
| Scanning distance | 370mm | 370mm | 200mm |
| Scanning depth of field | 550mm | 550mm | 200mm |
| Resolution | 0.01mm (max) | ||
| Scanning area | 600×550mm (max) | ||
| Scanning range | 0.1-10 m (expandable) | ||
| Volume precision | 0.02+0.03mm/m | ||
| 0.02+0.015mm/m Combined with HL-3DP 3D photogrammetry system (optional) | |||
| Support for data formats | asc, stl, ply, obj, igs, wrl, xyz, txt etc., customizable | ||
| Compatible software | 3D Systems (Geomagic Solutions), InnovMetric Software (PolyWorks), Dassault Systemes (CATIA V5 and SolidWorks), PTC (Pro/ENGINEER), Siemens (NX and Solid Edge), Autodesk (Inventor, Alias, 3ds Max, Maya, Softimage), etc. | ||
| Data transmission | USB3.0 | ||
| Computer configuration (optional) | Win10 64-bit; Video memory: 4G; processor: I7-8700 or above; memory: 64 GB | ||
| Laser safety level | ClassⅡ (Human eye safety) | ||
| Authentication number (Laser certificate): LCS200726001DS | |||
| Equipment weight | 920g | ||
| External dimension | 290x125x70mm | ||
| Temperature / humidity | -10-40℃; 10-90% | ||
| Power source | Input:100-240v, 50/60Hz, 0.9-0.45A; Output: 24V, 1.5A, 36W (max) | ||
