About Us
Scantech is one of the first companies in the world to develop handheld laser 3D scanner technology, mainly engaged in the development of intelligent visual inspection equipment R & D, production and sales, the R & D team has developed a series of 3D digital equipment with independent intellectual property rights, excellent at home and abroad. Products are exported to more than 60 countries and regions around the world, serving more than 5,000 companies, dealers and international sales and technical support teams all over the world, serving Boeing, NASA, COMAC, BMW, Volkswagen, GM, Apple, Siemens, JCB, Well-known companies and research institutions such as Sany Heavy Industry provide industry-leading 3D measurement technology solutions.
Our product line stretches from metrology-grade online and offline equipment and consumer-grade color 3D scanners, which are widely applied in areas of aerospace, automotive/rail transport, mechanical manufacturing, medical care and rehabilitation, digital arts for TV and film, education and research, cultural heritage protection, 3D printing, and VR/AR. We commit ourselves to help companies fulfill optimized solutions to quality and efficiency and open up a vast territory for 3D digitization.
The iReal 2E Color 3D Scanner
The iReal 2E handheld color 3D scanner has a large depth of field and scanning area and is tailored for medium and large objects and portrait scanning. Adopting infrared VCSEL structured light, you can experience the safety and comfort of no-light vision. It can scan without sticking markers, quickly obtain the color texture and geometric shape information of the surface on the object, and combine the mixed mode to meet a wider range of scanning scenarios. Advanced algorithm functions, easy-to-use software, ergonomic design, portability, and durability, it helps create an efficient, accurate, texture-rich color 3D scanning solution for users.
Main Structure
The Principle of 3D Scanner
The iReal 2E handheld 3D scanner is a 3D scanner based on the principle of structured light. It consists of three VCSEL infrared emitters and a CCD camera. The VCSEL is used to project a fixed coded speckle onto the measured object. The change of the spot can be used to calculate the spatial position [(X, Y, Z) coordinates of a point on the object, and then obtain the surface contour point cloud data of the object for 3D reconstruction.
The position of a point in three-dimensional space is generally represented by (X, Y, Z) coordinates.
Warning
When this principle is violated, such as when one of the cameras cannot see the object during scanning, the scanner can’t get the data, resulting in wrong splicing.
Scan within the depth of field
Chin scan demonstration