VISION Stuttgart 2026
Thank you for your visit!
Under the motto "ACCELERATE YOUR VISION. Everything You Need for Your Vision Application," we presented our solution portfolio for machine vision tasks in hands-on live demonstrations.
Relive the highlights from our trade show booth here!
Our trade show highlights
No two machine vision projects are alike. Different environments and performance requirements call for different, coordinated system architectures. That is why we optimize the entire system, not just individual components.
At VISION 2026, we illustrated what this means through hands-on demonstrations in four key areas.
Want to learn more about our products and solutions? Our team is happy to advise you on your next project!
Contact usBasler Vision Systems. Designed to Work Together.
Every image processing application has its own requirements. At VISION, we showcased three demos using a selection of products from our portfolio to show how we adapt to the requirements of your application.
Harsh environments: An IP67-protected system reads license plates despite water splashes, with no protective housing around the camera.
Changing distances or lighting conditions: With our new lens and lighting control via the Basler Sync cable, the camera becomes the central control point for the lens and lighting. Distance-based or image-based autofocus, all within a pylon environment.
Lean systems: The new smart blaze measures moving objects in 3D directly at the camera, while an adjacent 2D image processing system with the Basler ace 2 can handle QR code reading or OCR.
Basler Vision Systems. Designed for High Performance.
Higher resolutions, higher frame rates, faster inspections. As performance requirements increase, every element of an image processing system must keep pace, from image acquisition to data transfer to the host. In two demos, we showed how fast and reliable inspection can be delivered under the most demanding performance requirements.
More bandwidth without a frame grabber: The Basler ace 2 10GigE delivers 10GigE performance with the simplicity of Ethernet. Thanks to RDMA, image data travels directly to the host, keeping CPU load and latency low. A standard Ethernet cable carries both data and power, and our pylon software simplifies integration.
Fast inspection, consistent colors: Our trilinear racer 2 color line scan camera captures material continuously, line by line. Encoder-based synchronization delivers stable image geometry and true-to-life colors, regardless of how fast the material moves.
Basler Vision Systems. Designed to Move.
Mobile robots, forklifts, warehouse drones. When image processing systems are in motion, the available space is often very limited. But how can you deliver reliable image processing in mobile systems when size, weight, and performance all matter at the same time? In two demos featuring a selection of 2D and 3D components from our portfolio, we presented vision systems for applications in motion.
3D image processing for navigation: Our Basler Stereo mini is a lightweight, compact, and cost-effective 3D camera for AMRs, AGVs, and warehouse drones. Its depth data supports navigation, obstacle avoidance, and precise handling such as pallet picking. Thanks to USB3, GigE, or GMSL interfaces, it integrates seamlessly into your platform. Where robustness and a large field of view are required, our blaze ToF cameras round out the picture.
2D image processing for compact embedded designs: Our dart cameras are designed for tight spaces and limited payload. And our GMSL cameras and components integrate seamlessly into a wide range of NVIDIA® Jetson Orin™-based platforms.
Thermal imaging when visible light is not enough: Our new dart LWIR module brings thermal imaging to embedded vision. Heat becomes immediately visible, whether for detecting overheated machine parts or helping mobile robots navigate in complete darkness.
Basler Vision Systems. Designed to Match Reality.
Developing a machine vision system often requires building physical prototypes, and training AI models requires large, perfectly labeled datasets. Both take time and money, and not every configuration can simply be set up for testing. But how close can a simulation get to reality? That is exactly what we demonstrated with the Basler Vision Simulation at VISION.
Our demo places a real machine vision system directly alongside its digital twin. On one side, an ace 2 with a Basler lens and lighting captures moving products. On the other side, the identical scene runs in the simulation.