Exhibitor news

Chips 4 Light supports you as a development partner when standard LED are not a good fit for your application – from defining technical specifications to validated samples. When standard solutions are not suitable, Chips 4 Light supports you with customized LED development – from the initial idea to a scalable light source. The products and services are targeted at professional users who place high demands on system functionality, availability, and precision in their application. Whether medical devices, industrial sensors, or robust LED lighting: Chips 4 Light develops efficient, adaptable components that are precisely tailored to the desired application – technically sound, reliable, and in close coordination with our team. Our core competence in a nutshell: Specialists for customized LED solutions In-house development of PCB designs to specific requirements Simulation and measurement-based thermal and optical analysis Assembly and connection technology for iterative in-house prototyping Customized series production

Cyber Security Your partner for secure industrial automation. Our preventive approach combines early vulnerability management, robust architectures and services that are geared towards your processes – including training for your teams. This allows you to reduce risks proactively! Transparent communication, professional services and training as well as clear, certified processes give you consistent control over the security of your systems. CRA and IEC 62443 Certified processes for maximum security. Certified development processes in accordance with IEC 62443-4-1 help ensure that our products adress the requirements of the Cyber Resilience Act (CRA) and other industry-specific regulations.

The quicker the required technical data for a component is available, the easier it is to integrate it when selecting and planning. Complete product data, comprehensive instructions and drawing data for the extensive product range from TR-Electronic have been available on the Internet site for many years. TR-Electronic now offers EPLAN macros for download for the various standard rotary encoders of the C__582 series. This enables simple, seamless integration of the electrical side of the sensors from TR-Electronic into the electrical plan of the machine or system. Depending on how you work, different views can be used, which, for example, show bus and supply lines in separate units (for the separate documentation of data and supply lines) or together in one unit. If you work with pre-assembled cables and therefore do not need any detailed information about the cores of the bus cable, you can use a particularly compact representation. For integration in parts lists, it is advisable to store the part order number of the selected rotary encoder in the macro data. This means that parts lists can also be easily created using the electrical plan and the decisions made on the design, interface, shaft geometry... are clearly defined via the part number. Like all product documentation, the macros can be found in the downloads for the individual items on the TR-Electronic website via the product selector. The assignment to article numbers that can be ordered ensures that the macro valid for the respective rotary encoder is reliably identified. The EPLAN macros complement the already available STEP 3D data of the latest encoder generation from TR-Electronic. This allows users to efficiently and reliably integrate TR rotary encoders into the mechanical and electrical design of a machine or system. EPLAN® is a registered trademark of EPLAN Software & Service GmbH & Co. KG or its affiliated companies in Germany and other countries.

If your application requires precise pressure measurement, you are faced with a wide range of options. Our extensive portfolio of pressure transducers, pressure transmitters and digital gauges covers almost every area of application. But which solution is right for your specific application? In this article, I will show you what is important when choosing the right pressure sensor and how you can make the best decision step by step.

E3.WiringChecks supports the testing of a fully wired machine, vehicle or control cabinet before or during the commissioning phase. Results can be documented together with the E3 data set. The digital error descriptions serve as the basis for targeted processing and inspection acceptance.

The components for modular connector assemblies and other complex components often have to be assembled manually from extensive kits. E3.AssemblingCockpit supports workers in the selection and assembly process by assembling the required components for the selected assembly in a structured and clear manner. For a cable connector, for example, the connector housing, chassis and connector inserts have to be picked and assembled.

Future-proof technology with benefits. OPC UA (Open Platform Communications Unified Architecture) is the leading standard for secure, vendor-independent communication in industrial automation. It enables seamless data exchange between machines, controllers and IT systems, improving integration and efficiency. Until now, companies have faced challenges: Complex IT-OT integrations, security requirements and non-deterministic communication solutions have made it difficult to scale, increased costs and delayed innovation. OPC UA FX (Field eXchange) extends OPC UA to provide secure, deterministic real-time communication and maximum interoperability from sensor to cloud. This gives machine builders and plant operators a future-proof solution for seamless, secure and high-performance industrial networks.

The successful implementation of Automation Center Advanced on our Hypermill CAM system has laid the foundation for us to strategically transfer these advancements into our production with the acquisition of a DMU 60 eVo 2nd Gen and a PROMRO Hybrid RD 50 robotic cell. This will increase our flexibility, reduce part costs, and allow us to offer our customers innovative solutions of the highest quality.

When it comes to developing reliable drive systems for the world’s most demanding environments – and beyond – every detail matters. Ultra Motion, a U.S.-based specialist in electromechanical servo systems, designs and manufactures actuators that operate reliably from the deep sea to outer space. In close partnership with FAULHABER, they create solutions that combine maximum power density, precision, and robustness, making them indispensable for numerous high-end applications. Ultra Motion’s fields of application are as diverse as they are challenging. Pressure-compensated, oil-filled linear and rotary actuators are deployed in maritime applications at depths of up to 6,000 meters. In aerospace, customized systems prove their capabilities under vacuum and radiation conditions, powering both manned and unmanned aircraft. The robust drives also demonstrate their strengths in unmanned vehicles, industrial automation, as well as medical and research technology. What all of these applications have in common is the need for actuators that combine maximum reliability with outstanding power density. FAULHABER technology at the core FAULHABER motors of the BP4 family form the heart of Ultra Motion’s L-Series Linear Servos and T-Series Rotary Servos. In both cases, the brushless DC motors with high power density, paired with precision planetary gearheads, deliver high torque in compact housings. The result is drives that excel in dynamics and reliability, even under extreme conditions. For example, the L-Series is equipped with the unique Phase Index contactless absolute position feedback, enabling precise control even in harsh environments.

- Pressure and temperature measurement - 3 process connections: G 1/4 external, G 1/4 internal and G 1/2 flush-mounted - Pressure ranges: -1 to 600 bar - Digital, analog and IO-Link interface - Multilingual color display with plain text display

E.FLEX ist ein modulares Baukastensystem. Es bietet flexible Modul-Lösungen, die sich für wechselnde Automatisierungsaufgaben eignen. E.FLEX Module lassen sich vielfältig und nahtlos kombinieren.