visit our Booth and we will tell you about our new Anti-Stick coating Kobaflex V80 Low-Friction.

With a welding source of up to 600 amps and a load capacity of up to 20 tons, we can now weld even more efficiently and precisely. We can easily handle workpieces with a length of up to 15 meters. Thanks to integrated laser measurement and transparent process monitoring, we guarantee the highest quality and repeatability. This means more capacity and planning reliability for your projects.

Our scraper features a continuous carbide blade positioned at a 60‑degree angle to the belt. This design prevents material from sticking or building up, avoiding the grooves and belt damage commonly caused by standard scraper systems. The result is cleaner operation, less wear, and greater reliability.

With VEGAPULS 6X, VEGA radar “thinks” in a new way. The result: A new radar sensor that can measure in every conceivable level application. The times when users had to choose the right level measuring instrument from a multitude of different ones are now history.

A flair for fine cleaning The Y-type secondary cleaner by Flexco guarantees outstanding cleaning performance Material carryback is one of the main causes of potential problems in belt conveyor systems. To prevent this, operators rely on precleaners for coarse materials and secondary cleaners for fine cleaning, and in many cases these cleaning systems can remove more than 90% of carryback. The new Y-Type by Flexco is a flexible secondary cleaner, which can be equipped with various polyurethane or carbide blades, giving users a system that meets their particular requirements in the most efficient way. Where large quantities of dry foodstuffs have to be conveyed, Flexco also offers its secondary cleaner with chemical-resistant polyurethane blades meeting food industry regulations. Regardless of the use to which the Y-Type is put, it improves the cleaning of the belt, reducing routine maintenance. Flexco offers this flexible solution for both normal and heavy usage, so it is available with a maximum belt speed of between 3 and 3.8 metres per second. A spring tensioner maintains a constant blade pressure on the belt at all times, providing a high degree of fine cleaning – and the pressure of the tensioner also ensures that the 75-millimetre-wide blade segments adapt to worn and damaged belts too. The pole has a diameter of 60 millimetres for standard loads and 72 mm for heavy-duty loads. Depending on usage, the Y-Type is suitable for belt widths of 450 to 1200 mm (normal loads) and 900-1800 mm for heavy-duty loads. It can be used at temperatures from -35° to 82°C. Clearly visible wear marks indicate when the segments have to be replaced. The service technician can then either remove and replace the segments individually, or replace the entire cartridge.

Individual and economical creation of perfect conveyor lines, thanks to new Ganter standard parts. Conveying and guiding via gravity (gravity transport/feeding) is an established principle for transporting parts or intermediate products from one automated process station to the next. Even with today’s agile handling robots, this clever type of conveyance remains relevant. It is therefore hardly surprising that Ganter, the market leader in standard parts, has had the key elements of roller and ball rails in its portfolio for years. The company is now rounding out this selection with additional practically designed elements for typical industrial applications. For instance, there are the indispensable side guides, which Ganter offers as simple plastic elements or as complex, double-row cylinder and ball roller elements. These allow even sensitive parts to be moved without damage. When two guide channels run in parallel, middle guides featuring rollers on both sides can be used. Segmented guides allow the creation of curves, where the individual segments are fixed in place tangentially with appropriate retaining profiles. Compatible and diverse retaining clips and brackets, support feet, end pieces, connecting strips, end caps, braking rails and lead-in guides ensure maximum freedom and professional solutions to even the most unique situations. Adjustments and modifications can be carried out quickly and easily as well, sometimes even without tools. More information on Ganter standard parts can be found on the internet at ganternorm.com

Material build-up is one of the most common sources of interference in level measurement. Whether sticky powders, slurries or conductive bulk solids – as soon as material adheres to a probe, the risk of false switching increases. Moisture or condensation on the sensor probe can also cause capacitive interference. Active Shield refers to an active shielding technique in which an additional protective field prevents false switching caused by material build-up. This is exactly where Active Shield Technology comes into play: it ensures that the sensor reacts exclusively to the actual medium – not to external disturbances. The result is stable, reliable measurement signals, even under demanding process conditions. Why do material build-ups cause false switching? In capacitive or RF-based measurement principles, conductive material adhering to the probe can create an unwanted electrical connection to the vessel wall. The sensor then incorrectly interprets this as a “covered” condition – even though the actual level has not yet been reached. The consequences range from false alarms and process disruptions to unplanned plant downtime. How does Active Shield work? Active Shield operates with an additional, intelligently controlled protective field surrounding the sensor probe. Unlike purely passive shielding, this technology actively works with a defined electrical potential and dynamically adapts to the respective process conditions. Simply explained • The active electrode generates its own measuring field. • At the same time, Active Shield creates an identical electrical potential – exclusively as a protective field. • This protective field prevents material build-up or moisture from forming a conductive bridge to ground (the vessel wall). • No false signals caused by material build-up or moisture • Consistent measurement quality, even with challenging media • Ideal for sticky, viscous or conductive materials • Reduced maintenance effort and longer sensor service life

In numerous process plants in the food and chemical industry, there are relevant explosion hazards due to dusty bulk materials. Fine powders and granulated substances, particularly in the case of organic or chemically reactive materials, and in our case also in filling and packaging systems, can form explosive atmospheres with ambient air if suitable protective measures are not taken. In accordance with the ATEX Directive 2014/34/EU and the standards EN 60079-10-2 (classification of dust zones) and EN 1127-1 (explosion protection principles), technical systems that handle explosive dust atmospheres must be designed accordingly.

The electrometallurgy specialist GfE offers around 250 material compounds on the global market, including vanadium-containing acids for energy storage systems. An automated filling system implemented for GfE by SysTec partner KESTERMANN GmbH is used for precise and fast filling of the acid into IBC containers. The powerful SysTec IT8000E filling controller, together with the FILL E application software, ensure high throughput. Key facts - Automatic gravimetric filling instrument (AGFI) with pallet conveyor technology for automated filling of IBCs - Very high filling accuracy: up to 0.5% for 1,000 liter IBCs and a throughput of 20 IBCs per hour - W&M approved liquid filling - Robust SysTec weighing electronics - PROFINET-PLC-connection The process: As soon as the operator has entered the product number of the acid to be filled and the target weight, the system is ready for automatic filling using the bottom filling method. The interaction of the powerful SysTec weighing electronics, the PROFINET-PLC-connection, and the labeling system are important aspects for the smooth functioning of the system processes. The IBCs are moved onto the roller conveyor of the system by forklift trucks and detected by a sensor. In the next step, the IBC is moved to the first turntable, where a hazardous goods label is applied. The IBC is rotated by 90° and transported to the filling and weighing station. Precise alignment on the weighing platform is achieved by means of IBC centering. The screwing tool is positioned over the opening lid, which is screwed on, and the SysTec weighing electronics carry out the taring. First, the SysTec weighing indicator controls the coarse flow via the feed hopper and the filling lance according to the gravimetric principle and then reduces it to fine flow. The indicator also calculates the overrun. Once the target weight has been reached, the IBC lid is fitted and closed using a screwing tool.

Evonik Antwerp produces highly functional silane liquids, such as Si363®, within its Smart Effects Business Line. These silanes combine with silica and rubber to form a chemical bridge, which is crucial for manufacturing “green tires” that deliver low rolling resistance, optimized wet grip, and enhanced durability. To ensure efficient filling of silane into various containers, Evonik uses, for example, automated filling systems from the scale manufacturer Kestermann, equipped with SysTec IT8000E weighing indicators and the proven FILL E application software. THE PROCESS The containers to be filled are transported onto the roller conveyor of the filling system. Once the operator has entered the product number of the respective silane and the target weight, the W&M approved SysTec IT8000E weighing indicator, in conjunction with the higher-level PLC, takes over control of the automatic filling process using the under-level method. First, containers are detected by a sensor on the roller conveyor and transported to the filling and weighing station. An optical camera system then identifies the bunghole. The opening coordinates are transmitted via the PLC to the filling nozzle, which moves into position and fills the silane through the bunghole. The IT8000E weighing indicator controls the flow rate in several stages: first, coarse filling with a high flow rate is carried out in order to quickly reach the target weight, then the system automatically switches to fine flow in order to precisely fill the remaining quantity within the specified tolerance. Throughout the entire cycle, the SysTec weighing indicator monitors the weight, flow and tolerance limits, and controls the valves and filling lance. The throughput of the system is 15 IBCs per hour or 60 canisters per hour, and the filling accuracy is up to 0.5% for 1,000-liter IBCs. The weighing and process data is transferred to a higherlevel control system via the PROFINET interface.

SSB develops and designs filling systems according to the above criteria, from silo discharge to the finished pallet. The modern bagging systems consist of an overall concept of bagging, bag transport, palletising and final packaging. Well-known companies in the field of flour production and animal feed production, which operate both nationally and internationally, are among our long-standing customers. Bagging Different products require different bagging concepts. Flours or powdery products are usually bagged in valve bags using pneumatic packers. Granular products are usually bagged using FFS bagging machines. The bagging logs are recorded electronically and are available in a central database for transfer/quality assurance. Criteria relevant to calibration are of course fulfilled here. Bag transport For palletising the bags, it is necessary to prepare the bags optimally, i.e. to shape the bag in order to achieve a clean and stable palletising result. Furthermore, important quality checks such as bag labelling, foreign objects, metal detection or checkweighers can be integrated into the transport route. Bag palletising SSB offers a compact robot palletising system for various performance requirements. The filled bag is fed to the robot on a special conveyor belt. The robot palletises the bagged goods reliably and efficiently. Depending on the output, several bagging machines can work with just one robot.

Building on a proven functional principle, the design has been revised to achieve greater separation efficiency, shorter maintenance cycles, and energy-efficient vibration characteristics. The Multiple Deck Sizer stands for precise layer classification, robust assemblies, short maintenance times, and compact machine geometry. The aim is to rethink classic screening technology—with higher precision, modular design, and optimized energy efficiency. Advantages at a glance: - Precise separation thanks to thin material layer - Modular deck structure with up to six screening decks - Service-friendly design with short changeover times - Energy-efficient vibration mechanism with high throughput - Compact footprint for integration into existing plants - FEM-optimized structure for high operational reliability and service life A major benefit of the Multiple Deck Sizer is its applicability in almost every industry: - Stone & earth - Metallurgy - Animal feed - Biofuels & pallets - Food - Pharmaceuticals - Plastics - Chemicals - Construction materials - Ceramics - Waste & recycling - Mining

Bag-Out System is made to transfer contaminated clothes and other parts & waste and can easily be integrated into clean room walls, doors, isolators, etc. This unique system is based on the well-known Novindustra continuous liner system.

LoRaWAN Standard - for open-pit mining, conveyor lines, and large-scale facilities. No monthly fees - Install once, monitor continuously 24/7 condition monitoring - Detects wear early on Automatic alerts - Prevent downtime and belt damage Retrofit-compatible - For existing conveyor systems and screening machines