IMAGO Technologies introduces the Vision Sensor PV4
On-device processing for AI and classical machine vision
The Vision Sensor PV4 combines classical machine vision and AI inference directly on the device. A powerful multicore ARM architecture paired with an integrated Neural Processing Unit enables the execution of advanced image processing and deep learning algorithms entirely on-device.
By processing data locally, additional computing units are no longer required, reducing latency and enabling compact, real-time system architectures. With integrated memory and a Linux-based environment, the sensor can be integrated into existing machine concepts like a compact industrial computer.
Modular hardware design for flexible integration
A key feature of the Vision Sensor PV4 is its modular hardware architecture. Different sensor modules can be integrated without fundamental system modifications, ensuring long-term flexibility as requirements evolve.
Optional components such as software-controlled lighting modules or liquid lenses with autofocus further support adaptation to varying working distances, object sizes, and environmental conditions. For higher-level system integration, industrial interfaces such as GigE Vision, OPC UA, and interface expansion modules are available.
Versatile applications in dynamic production environments
Typical applications are found wherever products, formats, or surfaces vary significantly. In logistics, for example, the system enables robust code and plain-text reading across a wide range of packaging sizes and conditions, as well as AI-based evaluation of label quality and positioning.
In the food and beverage industry, the sensor supports flexible inspection of changing container shapes, fill levels, and visually challenging surfaces. Reliable identification and quality inspections can also be implemented in pharmaceutical, retail, and general packaging applications.
Christoph Siemon, Vice President Sales & R&D at IMAGO Technologies, emphasizes the strategic importance: “With the Vision Sensor PV4, we are creating a platform for applications that require more flexibility and computing power than traditional vision sensors can provide, while deliberately avoiding the system complexity of large AI computing platforms. Users receive a freely programmable, industrial-grade system that adapts to changing processes.”
The Vision Sensor PV4 is designed for seamless integration into industrial environments and supports a wide range of standard machine and system interfaces. Its compact design simplifies retrofitting in existing production lines as well as integration into new machine concepts.