Exhibitor news

Discover NCTE’s standard sensors at DISA AG Sarnen: they measure torque, force or speed in real time — contactless, maintenance-free and with high precision. Ideal for applications ranging from automation systems and extruders to off-highway machines and industrial test rigs. NCTE sensors deliver reliable data, boost efficiency and extend your machine’s lifespan. Learn more on our website.

ABNOX is SOMA's official sales partner for automatic dispensing systems in Switzerland. Together we create innovative solutions for our customers that open up new possibilities in lubricant dosing. By expanding our product range, we are creating a seamless addition to our offering. Our competences complement each other perfectly: With its dosing technology division, SOMA contributes many years of expertise in the non-contact, high-frequency dosing of lubricants, technical monitoring and the seamless integration of dosing systems into complex production environments. At the same time, ABNOX contributes decades of experience and expertise as a globally active process partner in lubrication and dosing technology. ABNOX AG offers customised components and comprehensive system solutions with Swiss quality and high-tech engineering.

Safety at a new level. With the 6th generation of its drive controllers, STOBER offers innovative solutions for the increasing demands in automation and mechanical engineering. With the SX6 safety module, all STÖBER drive controllers can be used in safety-related applications up to SIL 3, PL e (Cat. 4) in accordance with DIN 61800-5-2 and EN ISO 13849-1. The module monitors movements, reliably guides axes to safe states and can be seamlessly integrated into EtherCAT-based automation systems via the integrated Fail Safe over EtherCAT (FSoE) interface. Many ways to achieve machine safety. The SX6 enables the classic stop functions Safe Torque Off (STO), Safe Stop 1 (SS1) and Safe Stop 2 (SS2). A special highlight: with multi-axis controllers, the STO function can be activated individually for each axis. In addition, Safely Limited Speed (SLS) and Safe Speed Range (SSR) ensure that the projected speed limits are always adhered to. Safe Direction (SDI) monitors the direction of movement, while Safely Limited Increment (SLI) limits the step size and Safe Operating Stop (SOS) ensures a safe standstill.

We are introducing a new performance class above our existing precision gearboxes with the new PSNpro, PSFNpro and PSBNpro series. These are based on new, innovative gear technologies and the use of new materials in production. The optimized tooth flank quality reduces point load peaks and enables higher torques to be transmitted with the same service life. We have further developed our precision gearbox series using this technology. The result is the PSNpro, PSFNpro, and PSBNpro series, which set new standards in dynamic applications. In particular, cycle torque has increased significantly, enabling the pro series to rival and even surpass spur gearboxes. For applications involving frequent changes in load and direction, the pro gearboxes are therefore the obvious choice from the Neugart portfolio.

With the TOX® PMO (Process Monitor) and EPW 600 systems, TOX® is bringing new solutions for the end-to-end monitoring of production processes to the trade fair. Both systems enable precise recording and evaluation of process data in real time. They provide the basis for predictive maintenance and contribute to increasing process reliability and product quality. Thanks to their modular structure, the monitoring systems can be integrated into new systems as well as used to retrofit existing systems.

The TOX® UDI Panel enables the control and visualisation of your system as well as the storage and processing of all process data. Perfect for monitoring and optimising your production processes. Thanks to its advanced technology, it offers you a comprehensive process monitoring solution and ensures that you always have an overview of your systems.

We have now become accustomed to high-tech sensors such as rotary encoders having an industrial Ethernet connection and transmitting their complex actual values (position, speed, other status information) to a (now mostly PC-based) controller via a standardized bus protocol. The times when a separate line was used for each bit of the absolute position value seem to be forgotten. But sometimes this is exactly what is required. The first applications that come to mind are those in which new encoders have to be connected to existing control technology that only has a bit-parallel interface and no bus or even Industrial Ethernet connection. However, the rotary encoders with parallel interface from TR Electronic can do much more. In addition to the bits for the position, the encoder is also able to generate many different special signals such as direction of rotation, standstill monitors, virtual limit switches and thus replaces additional evaluation electronics for direct on-site evaluation. Like all encoders of the current Generation 2, various shaft shapes and diameters are also available in the standard modular system when using the parallel interface. Rotary encoders in size 58 mm can be equipped with solid shafts up to 12 mm in diameter, with blind hole and continuous hollow shafts up to 15 mm. The C_H802 and C_H1102 designs are available for larger shaft diameters. Their through hollow shafts can accommodate machine shafts up to 25 mm (for 802) or 50 mm (for 1102). Generation 2 of the TR absolute encoders also adapts to customer requirements in other parameters: Fully magnetic scanning with up to 13 bits within the revolutions is available, as is high-resolution optical scanning with 18 bits within the revolution. In addition, 4096 revolutions are genuinely scanned, without the need for a battery or electronic counter - the reliably determined position value is available immediately after switching on, even if the system has been de-energized.

QIWI Toolkit – Flexible Hardware Configuration for Industrial Use The QIWI Toolkit enables simple and flexible configuration of your hardware, either directly on the device or via an external system. It supports customization of network settings, browser behavior, fonts, logos, and keyboard layouts to meet the specific requirements of industrial users. At the core of the software package is a powerful Chromium-based HTML5 browser. Its optimized browser engine delivers improved performance on the same CPU hardware. Combined with easy configuration and innovative additional features, the toolkit provides a tailored industrial browser experience. Setting New Standards for Digital Transformation Easy configuration of: ->Network settings ->Browser appearance and behavior ->Display settings, logos, and fonts ->Keyboard layout, language, and behavior Connectivity via: ->WiFi connection (via USB dongle) ->Integrated VNC server or client ->SSH connection for remote control Advanced features: ->Integrated FTP server and file manager ->Security and firewall settings ->Linux® package manager ->Hardware personalization Functional optimizations: ->Logging ->Remote debugging functions ->Event logging and resource monitoring ->Backup and restore solutions OEM branding: ->Extended functionality ->Hardware personalization ->Custom startup screen ->Custom screensaver The QIWI Toolkit combines an HTML5 browser with an optimized browser engine and comprehensive features for application development, including logging, remote debugging, and performance testing. A user-friendly configurator simplifies parameterization, while secure remote access is provided via SSH or, alternatively, an integrated VNC server or client.

Compact, powerful, and versatile The compact drive concept offers numerous advantages: Absolute position available at all times – thanks to battery-free multiturn gearing, no reference runs are necessary. Simple cabling and touchable components – thanks to low voltage and integrated electronics. Flexible motor and gear variants – from brush-type to electronically commutated, with or without holding brake. Safety functions such as STO and SS1 – optionally integrated for increased machine safety. Uniform control across all variants – regardless of the selected fieldbus. New perspectives with EtherCAT NC With the latest expansion for EtherCAT NC functions, TR Electronic is taking a decisive step forward: encoTRive drives can now be integrated into the EtherCAT world in a manufacturer-neutral manner. The drive only controls the speed, while position control is handled entirely by EtherCAT and the controller. This architecture enables very fast and convenient integration into the control environment. Actuator remains actuator – with more convenience Despite the expanded functionality, encoTRive still offers the option of completely internal position control, but integration into EtherCAT NC makes it much easier for the user: On the control side, the actuator behaves exactly in line with the NC technology functions, which simplifies project planning and speeds up commissioning. With this innovation, TR Electronic once again underlines its claim to combine technological innovation with practical application – for greater efficiency, flexibility, and future-proofing in automation.