Exhibitor products

In summary, automation technology offers numerous advantages for optimizing production processes, reducing costs and increasing efficiency. Automated processes enable higher quality and flexibility in production and make it possible to integrate data and information systems into the processes. In doing so, it can also reduce workload and costs and minimize the risk of work-related accidents.

Vor allem die Automation der Intralogistik schafft viele Möglichkeiten, die komplexen Prozesse zu vereinfachen und zu beschleunigen. Intelligente, miteinander kommunizierende System können Lagerhaltung, Planung und das Transportwesen optimieren. Monotone Arbeiten, die zuvor von Mitarbeitern durchgeführt wurden, laufen jetzt vollautomatisch ab, Prozesse werden beschleunigt, der Personalbedarf verringert und letztendlich Kosten eingespart.

The automation of production processes using robots is now standard in many industries. Robotics has contributed to a significant increase in the efficiency and quality of production, especially in machine loading and unloading. Robots can perform a variety of tasks in machine loading and unloading, from handling heavy parts to the fine assembly of sensitive components. The use of robots can speed up production processes and reduce labor costs as human workers are freed from the tedious and repetitive tasks. In addition, the use of robots in machine loading and unloading can also lead to higher product quality. Robots are able to perform precision work with a high level of repeatability, which can lead to a reduction in errors and scrap. In this context, collaborative robots (cobots) are also becoming increasingly important. These robots work hand-in-hand with human workers, assisting them in performing machine loading and unloading tasks. This not only increases productivity, but also improves employee safety. Overall, robotics in machine loading and unloading offers many advantages that can help companies to make their production processes more effective and efficient.

With the robotics portfolio, Lanfer Automation + Robotics is able to carry out a large number of tasks. The focus of LAR is in the areas of picking, packing, palletizing, order picking and machine loading and unloading. By using robots, tasks can be performed with more speed and accuracy. We would be happy to combine our experience with your requirements and develop a tailor-made solution.

Switch cabinet construction has been our passion since the company was founded in 1979. Over time, we have been able to develop extensive know-how, so that we can now offer solutions for many areas of control cabinet construction: Special cabinets for the food or medical industry Small and compact cabinets low-voltage distributor Complex control cabinet groups serial production It doesn't matter whether you provide us with the circuit diagram or whether a new circuit diagram is created in cooperation. We will be happy to stick to the circuit diagram you specify, or our control technology specialists will plan a new circuit diagram in consultation with you.

Test Cells – 100% End-of-Line (EOL) Quality Control Rely on maximum quality and efficiency – our fully automated EOL test cells ensure complete control at the very end of your production line. Every single part is inspected for function, dimensions, and surface quality – precise, fast, and reliable. Our solutions provide full traceability, transparent process documentation, and seamless integration into your production – reducing scrap and ensuring the highest customer satisfaction. Key Highlights: 100% inspection at the EOL stage: Reliable testing of every single product. Multi-functional: Dimensional, functional, and surface inspection in one system. Fully automated & efficient: Short cycle times and minimized error rates. Complete traceability: Each test result is fully documented for maximum transparency. Flexible integration: Tailor-made solutions for smooth integration into existing lines.

1D/2D and barcode scanners reliably process simple barcodes with high data density, all the way up to complex 2D codes, which are marked directly on the respective parts (DPM codes). The stationary and mobile code readers use different types of light and functional principles such as CCD and CMOS lines or liquid lens auto-focus. With its comprehensive scanner portfolio, wenglor offers the right technology and solution for every type of code and application – including for the detection of needle-punched, printed, lasered or etched codes on glossy or curved materials.

2D/3D profile sensors measure objects 360° all the way around, precisely control the positions of robots and inspect surfaces with micrometer accuracy. They use the principle of laser triangulation to create 2D height profiles and 3D point clouds. Various interfaces guarantee quick integration of the weCat3D sensors into complex systems. Various model variants offer precise resolution in a compact housing design and unbeatable profile quality thanks to optimized high-quality optics. Variants for specific applications enable use in harsh welding environments, precision bending machines or washdown areas.

Gain valuable insights into the health of your machinery with the new VVB3 condition monitoring sensor. The VVB3 sensor continuously detects vibration in three axes and additionally measures the surface temperature of non-rotating components. From these values, the smart sensor determines the machine’s “vitals”. With its wide frequency range of 5,600 Hz, the sensor can detect anomalies, wear, bearing damage, insufficient lubrication or cavitation reliably and early. This allows you to react before any serious damage and increased follow-up costs can occur. With VVB3, you invest in regular check-ups to keep your equipment running smoothly and ensure there are no underlying problems. Are you ready to unlock the power of predictive maintenance and monitor the fitness of your machinery?

3D PRINTING FOR COMPACT COMPLETE DRIVES 3D-printed parts are being successfully used in an increasing number of applications. GERDT SEEFRID GmbH is now using this highly flexible manufacturing method in series production to adapt electronic components to its DC/BLDC motors. This enables cost-effective solutions, particularly for customized solutions in small to medium quantities. For example, optical encoders can be mounted precisely and quickly on the motors or, as in a current project, a motor controller can be mounted and pre-wired directly on the back of a motor's gearbox. The housing and adapters are developed specifically for the project, are easy to assemble, and can also be adapted to other in-house motors with minor modifications. The customer thus receives a fully prepared drive "out of the box" and, after mechanically assembling the motor, only needs to attach the wiring. The drive system is then immediately ready for use.

A broad portfolio for your applications - with Ensenso 3D cameras, Optonic offers you the right solution for every industrial application. From high-resolution, small viewing areas up to eight cubic meter volume coverage, the sensors convince with flexibility and speed.

We offer 3D printing with different materials such as fiber-reinforced filament or with biodegradable filament. We can also manufacture the individual cams for your toothed belt and weld them onto the belt.

3D sensors perform three-dimensional completeness, dimensional accuracy and surface checks. They enable the control of robots, for example in depalletization or bin picking applications. The camera-based 3D sensors work in accordance with the structured light principle. They project several light patterns onto the components to be detected; a camera in the sensor records these light patterns and digitizes the components into a 3D point cloud. The method allows you to create complete 3D point clouds of stationary objects in a single shot. The extremely fast calculation of the point cloud takes place directly in the sensor. Software development kits (SDK) or standardized interfaces such as GigE Vision are used for easy integration. The different models are equipped with a high-resolution camera with a resolution of 5 or 12 MP. Six selectable measuring ranges and extensive accessories ensure perfect integration into industrial systems – both in factory automation and intralogistics.

The combination of skilled work, maximum precision and the efficient use of our capacities is what ensures excellent quality, punctually and every time. BOPLA takes care of the individual and precise manufacture of your product. ● Machine Finishing ● Individual improvement ● Touch / display integration ●Integration of electronics ● Assembly