Exhibitor products

The VGC10 electrical compact vacuum gripper has unlimited customization possibilities. It has changeable suction cup options too for nearly any application need. Smaller than the VG10, the VGC10 can fit into tight environments to extend your automation possibilities. And at half the weight of the VG10 but with the same payload, the VGC10 can lift small, odd-shaped, and heavy objects even with a smaller robot arm. The VGC10 features two independently controlled air channels that allow it to act as a dual gripper with pick-up and release in the same action, further increasing efficiency and reducing cycle time. With no compressor or air supply needed, this compact electrical gripper is easy to move, and simple programming makes it quick and easy to redeploy for greater production flexibility.

The position of the switching point can be up to 6 m away from the installation site. Numerous process fittings, approvals as well as housing and electronics versions. VEGASWING 63 is used as a universal level switch in all liquids. Independent of the mounting position it detects reliably with millimetre accuracy the level. The instrument can be used in vessels as empty or full detector, as approved overfill protection, dry run protection or pump protection. The position of the switching point is determined through the tube extension. The VEGASWING 63 offers high reliability and security in a wide application range. Your benefit Precise and reliable function due to product-independent switching point Low maintenance costs Minimum time and cost expenditure thanks to simple setup without medium

UniVib vibration control unit for vibratory conveyor drives - Easy operation via colour touch panel with clear text display - Adjustable output frequency - Up to 8 parameter sets can be stored and selected - Power cable permanently wired, with Schuko plug, cable length 2 m - All other connections via plugs on the device - IP54 - And much more... Options: - Oscillation sensor mounted on the bowl For readjusting the bowl speed at different bowl fill levels (weights) - Adapter cable sets for quick and convenient replacement of old vibration control units

The compact HUB-VM102 is specially designed for vibration monitoring of machines and machine parts such as bearings, shafts, springs and dampers to detect both spontaneous failures as well as long-term wear. With the module, the vibration analysis of a system can be integrated into a predictive digital maintenance and service plan.

Vibration motors are used when haptic-sensory feedback needs to be provided in a simple and cost-effective way. This makes them a good addition to human-machine interfaces. In lane and side guard assist systems, vibration motors protect human lives. Advantages our vibration motors: • Simple control via DC voltage and PWM • A variety of feedback can be achieved with one motor • Easy adjustment to the correct working point • Cost-effective design • Ideal for battery operation • Foamable models available The vibration motors are available • in different motor versions (unencapsulated with oscillating weight, encapsulated with or without anti-twist protection, waterproof foamed), • in different motor technologies (iron armature, bell rotor, sonic motors), • with or without slide bearings, • with one- or two-sided oscillating weight and • with various connections (connectors, soldering pads, free wires,...). In addition, tailor-made adaptations (winding, haptics, torque, tightness, service life, ...) and customer-specific add-on parts are possible.

Reliable and API670-compliant machine monitoring (e.g. housing vibrations caused by imbalances) is ensured by a highly sensitive, low-noise, temperature-stabilized and robust sensor technology. The sensor's 1/4-28 UNF, 1/4-20 UNC or M6 x 1.0 screw connections allow machine-specific and reliable mounting, even in hard-to-reach places. Continuous machine monitoring is provided via the sensor output (100 mV/g) for centralized or decentralized monitoring (e.g. Metrix Signal Conditioner 5580/SW5580).

The models 5550 and 5550G Mechanical Switch provide basic, economical vibration protection through a simple and highly reliable spring-mass mechanism. The presence of sufficient vibration along the switch's sensitive axis triggers a change in state. This enables automatic machine shutdown or alarming. To restart the switch, it must be reset locally by means of a reset button (5550 only) or by applying an electrical voltage (standard for 5550G, opt. for 5550). A built-in switch-on delay suppresses tripping during start-up.

Virtual commissioning with Controller RX Use our demo kit to import and test your process data. We store a virtual axis with your desired force-displacement curve on the Controller RX. This allows you to extensively test the PLC and database connection in advance, store measured values and prepare your system for real use. You can detect and rectify errors, optimize your process and thus shorten the commissioning time of the real system. The demo kit consists of a stand with the RX controller and a 230 V connection.

With the help of virtual commissioning, validation of processes and automation can be conducted in early development stages. This allows for the early detection of errors and necessary optimizations. Through virtual simulation and validation, costs and commissioning time can be significantly reduced.

The new Virtual PLCnext Control portfolio offers an innovative solution for industrial automation. It abstracts control tasks from physical devices and executes them on high-performance computers, increasing flexibility, scalability, and cost efficiency. As a software code package in an OCI container, it enables seamless integration, combines OT and IT security, and optimizes costs by consolidating multiple PLC instances.

Probably the easiest and quickest way to implement your individual lighting design on systems and machines. The industrial controls of the Visio series offer you fast and reliable control of various LED technologies. The diverse variants give you a wide range of different application options and visually make your operators' daily work easier.

Image sensors and smart cameras combine high-performing image processing tools with intelligent features and intuitive user interfaces. Image sensors, like the iVu series, have a reduced resolution and a limited processing algorithm. These are exclusively parameterized directly with a touchscreen and they perform simple applications. On the other hand, smart cameras, like the VE series, are equipped with high-resolution optics and an almost complete image processing set and are intended for more complex inspection tasks. These are cost-effective systems that are easy to implement. From a simple feature verification to complex inspection tasks, image sensors and smart cameras offer a user-friendly solution. Product groups - Optical identification systems for image processing - Identity recognition, code recognition sensors - Sensors for object recognition, object comparison - Vision lighting systems

Would you like to exploit the full potential of your existing vision systems and are you ready to start a completely new machine vision system architecture? With our visionKit as a machine vision workbench, we offer you the ideal solution for integrating individual and customized vision processes into your production environment. Permanent monitoring and flexible processes allow you to optimize the deployment of your specialists and AI agents. Accelerate the process-reliable use of AI models - we call this “Transition to AI”. The use of central image and data management enables you to create your own virtual processes and set up and use virtual inspection and annotation workstations. In this way, you can maximize the efficiency of your inspection processes while ensuring the quality of your products. Consistent in-process control enables production errors to be detected and rectified at an early stage, leading to an increase in overall quality and a reduction in rejects. The visionKit enables you to network your systems and employees effectively and to have an individual view of your data.