As a Software Integrator ALPHA TECHSYS AUTOMATION strengthens our total offering of Machine Vision software Solutions.

HALCON is the market leader among machine vision libraries regarding performance, flexibility, and comprehensiveness of the tools”. “HALCON fits well with our camera offering portfolio to offer customers from our automated solution.

Our support and our trainings help customers to choose exactly the right hardware of cameras and tool from HALCON”s variety in order to realize his task most suitably and quickly.”

Alpha Techsys provides a unique machine vision software development that enables us to build high performance systems with unmatched flexibility and robustness. The software integration used by us for our customers for product development, research, and education.

It provides 990 image processing and analysis operators covering a wide range of time-critical machine vision automation applications such as factory automation, robotic guidance, quality inspection, remote sensing and aerial image interpretation, medical image analysis, and surveillance tasks.  Key features of HALCON software include.

• Pattern recognition, blob analysis, OCR/OCV, bar code reading (1-D & 2-D), and measurement tools…
• Simplified programming in ActiveX (COM), Visual Basic, C, and C++
• Intuitive development environment (HDevelop)
• Geometric pattern finding tools (rotation and scale invariant)
• Support of multi-processor computers Available for Windows NT / 2000 / XP, Linux, UNIX

On the hardware side of the package, Datacube frame grabber and image processor hardware products range from the MaxPCI – a modular 40MHz pipeline processor for analog and digital video sources -, to the MaxRevolution – a single-board, FPGA-based 100MHz pipeline processor for digital (CameraLink and LVDS) video sources.  All Datacube frame grabber and image processor products are designed for ultra-high bandwidth (up to 850 Mpixels/sec) imaging, and provide real-time processing for such operations as

• Image warping (geometric transforms/correction)
• Per-pixel gain & offset correction (for both 1-D & 2D image sensors)
• Data reduction and compression (e.g., RLE, jpeg)
• Convolutions & neighborhood processing
• Binary correlation
• Frequency spectrum analysis (e.g., FFT & IFFT)