Back
Case Case
Precision workpiece circuit board 3D inspection
Release time:2024-04-26 Views:155
  • A +
  • A
  • A -

        Nowadays, electronic products are used more and more widely. Circuit boards are the basic electronic components. The rapid development of the information electronics industry has provided a good market environment for the rapid development of the circuit board industry. The continued growth of electronic product output has provided a good foundation for the rapid development of the circuit board industry. Growth provides strong driving force, the market's supporting demand is growing strongly, and the industry's prospects are promising.

        At the same time, the production capacity and technical level requirements for circuit board products have also increased. According to the application field, in order to more effectively save volume and achieve a certain degree of accuracy, so that the product can be better applied to different electronic products, it is necessary to Perform circuit board inspection. The circuit board customer came to HOLON3D to conduct 3D scanning and inspection of the circuit board and obtain data to achieve a certain accuracy.

Scanned physical picture of circuit board

Facing problems

        The circuit board is a precision workpiece. The outside is composed of various functional components. The design is complex, with many holes of different sizes, a much smaller surface curve, and is covered with many small components. The spacing between components is small, and there are connections between wires. Using ordinary 3D scanners for measurement cannot fully capture such a small and complex surface. It is difficult to obtain high-precision data and cannot meet the measurement results required by customers.

Scanned physical picture of circuit board

Solution

        For some complex problems faced by circuit boards, engineers from HOLON3D used a handheld 3D scanner Model 29 for inspection and scanning. The scanner is flexible and convenient to use, is light in weight, saves time and effort, and uses 14+1 red laser lines to capture the concave and convex surfaces very well, scans from different angles, is fast, displays in real time, and can be imported into 3D detection software for analysis. It has fast timeliness, quickly and easily obtains high-precision three-dimensional data of circuit board scanning, and can obtain intuitive three-dimensional detection data diagrams.

Circuit board scan data graph

Circuit board scan data graph

Circuit board scan data graph

Related Products
Model  93
Model 93
2024-01-24
A total of 93 blue laser lines, including photogrammetry function mode, using 75 cross blue laser lines for large-range mode, standard mode + 17 parallel blue laser lines for precision mode + 1 blue laser line for deep hole scanning; faster scanning speed, higher accuracy and stronger stability; this product has been widely used in the fields of 3D detection and reverse engineering, with flexible and convenient operation process, suitable for various complex application scenarios.
HL-3DS+
HL-3DS+
2024-02-26
The photographic 3D scanner (HL 3DS+) adopts new coding calibration technology, which is the core mastery and application of 3D photogrammetry technology. It reduces physical distortion and improves the scanning accuracy of original 3D data. Heterodyne multi-frequency phase-shifting grating technology is used to improve the quality of scanning point clouds. It truly has a blue light device scanning system, and the photo-type 3D scanner scans data point spacing up to 0.01mm, which is suitable for scanning fine workpieces. It adopts a new core design concept and applies carbon fiber materials to improve the stability of the product during operation.
α7000
α7000
2024-04-24
The camera-type 3D scanner (α7000) adopts the world's new coding calibration technology, which is the core mastery and application of 3D photogrammetry technology. It reduces physical distortion and improves the scanning accuracy of original 3D data. Heterodyne multi-frequency phase-shifting grating technology is used to improve the quality of scanning point clouds. Synchronized with the German gom company, it truly has a blue light device scanning system, and the photo-type 3D scanner scans data point spacing up to 0.01mm, which is suitable for scanning fine workpieces; it adopts a new core design concept and applies carbon fiber materials to improve the stability of the product during operation. .