Teledyne DALSA has recently launched the latest version of its Sapera Vision Software Edition, presenting advancements in its AI training graphical tool Astrocyte™ 1.50 and image processing and AI libraries Sapera Processing 9.50. Engineered to deliver robust image acquisition, control, image processing, and artificial intelligence capabilities, the Sapera Vision Software facilitates the creation, development, and implementation of high-performance machine vision applications. These applications span diverse industries, from surface inspection on metal plates and hardware part location and identification to plastic sorting and PCB inspection.
As a key member of Teledyne’s Vision Solutions group, Teledyne DALSA holds one of the prominent positions in the development, production, and implementation of digital imaging components tailored for machine vision. Found at the core of numerous inspection systems worldwide, spanning various industries, Teledyne DALSA’s portfolio encompasses image sensors, cameras, smart cameras, frame grabbers, software, and comprehensive vision solutions.
Bruno Menard, Software Director for Teledyne DALSA, commented on the new release, stating, “This new version of Sapera Vision Software provides a rich set of new and improved features allowing flexible design and accelerated execution of AI-enabled applications.” Notably, the release introduces the Rotated Object Detection algorithm, offering enhanced precision in determining the position and orientation of objects and defects during the inference process. LINX Taiwan, a provider of factory automation tools and a client of Teledyne DALSA, has highlighted the significance of Astrocyte tools in the inspection of MicroLED. These tools streamline program flow and inspection time, enabling the assessment of LED offset and rotation issues with efficiency.
The latest release of Teledyne DALSA’s Sapera Vision Software Edition introduces several key features aimed at enhancing machine vision capabilities. The newly implemented Rotated Object Detection algorithm delivers precise location and orientation data for objects/defects, significantly improving accuracy in detection processes. Additionally, a new Segmentation Algorithm has been incorporated to elevate accuracy levels while expediting training and execution tasks, thereby enhancing overall performance. The release capitalizes on the capabilities of the NVIDIA RTX 4000 series and incorporates performance power mode management, resulting in notable speed improvements. Faster training times are achieved through the strategic use of multiple GPUs and mixed-precision quantization, contributing to an efficient workflow.
Notably, the latest release includes a set of new AI Sample Applications based on Qt/C++ and .NET/C#, providing users with versatile tools for diverse applications. Furthermore, the expansion of AI inference support to RGB packed (24-bit) brings increased flexibility by accommodating a broader range of compatible data formats. To enhance user experience, the release enables live video acquisition into sample applications through Teledyne’s Spinnaker acquisition API. These features collectively position the Sapera Vision Software as a comprehensive solution, empowering businesses with advanced machine vision capabilities across various industries.
