TEEIA

What does HALCON include?

MVTec HALCON offers exceptional performance, fully supporting multi-core platforms and special instruction sets (such as NEON and AVX2), as well as GPU acceleration. HALCON can be applied across various industries, and its library has been widely used in hundreds of thousands of devices, covering functions like blob analysis, morphology, matching, measurement, and recognition. The HALCON software provides the latest and most advanced machine vision technologies, including comprehensive 3D vision and deep learning algorithms. Additionally, MVTec's extensive experience in machine vision development allows them to offer free technical support for HALCON.

Why HALCON?

Choosing HALCON is definitely the most value-preserving software investment. It supports Windows, Linux, and macOS operating systems, and users can call HALCON's library content using various common programming languages such as C, C++, Python, and .NET (C#, VB .NET). HALCON is also very suitable for embedded systems. It not only provides interface support for over a hundred industrial cameras and image capture cards, ensuring hardware independence, but also supports standard protocols like GenICam, GigE Vision, and USB3 Vision. HALCON can also run on smart cameras or other embedded platforms based on the Arm® architecture, and can be ported to various microprocessors/DSPs, operating systems, and compilers.

Machine Vision Software Applications for Multiple Industries

HALCON provides exceptional machine vision solutions, widely applied across various industries. Whether it's automated picking and sorting in agriculture and food, 3D vision technology for automobiles and robotic arms, quality inspection and identification in logistics and packaging, or surface inspection and defect detection in electronics and semiconductors, HALCON meets the needs for efficient production and quality control.

Especially in the electronics and semiconductor industry, HALCON's applications range from precision assembly and surface inspection to defect detection. It can identify tiny defects on semiconductor chips, check the accuracy of printed circuit boards (PCBs), and perform precise positioning and identification of components. HALCON's high-performance algorithms improve production efficiency and reduce defect rates, significantly enhancing production technology capabilities and reducing costs.