HEIDENHAIN North America

As well as gathering position data, today’s encoders can integrate additional sensors to capture other information – such as temperature or humidity. This integration reduces the need for extensive cabling for power and data, thereby simplifying design and saving space. In addition to integrating their own sensors, HEIDENHAIN encoders can also pass on information from external sensors, further reducing cabling and installation complexity. Another advantage of integrating sensors is being able to provide streamlined data through a single connection. HEIDENHAIN’s EnDat 3 is a proprietary interface that enables information from multiple sensors to be passed back and forth between the encoder and the control system. EnDat 3 helps to improve the flexibility of machine architectures, and to reduce system costs. It provides fast and dependable data transmission, with extensive diagnostic capabilities including acquisition and storage of operating status data, enabling it to achieve excellent reliability. Find out more: https://bit.ly/4eCczuF #HEIDENHAIN #Electronics #Semiconductor #Manufacturing #Engineering

Did you know that HEIDENHAIN offers a digital classroom for training qualified CNC operators? HEIDENHAIN Interactive Training (HIT) includes learning software and guidebooks, as well as a programming station and the HEIDENHAIN learning platform. Videos, animations, quizzes and guided programming will teach you the key elements of HEIDENHAIN controls and how to program them. HIT is suitable for both self-learners and classroom settings. Discover the different learning packages here: https://bit.ly/3CrEZdv #HEIDENHAIN #HIT #Training #Education #Engineering

When you’re tasked with maintaining a telescope that brings the universe into focus, precision is essential. Recently, Enrique Arevalo, Supervisor of Field Support Services at HEIDENHAIN North America, traveled to Hilo, Hawaii, to help NSF NOIRLab elevate the performance of the Gemini North Telescope, an instrumental tool in cosmic research. With six critical measuring systems positioning the telescope for capturing images of the universe, Enrique provided hands-on training and data collection support using our PWM 21 testing equipment. Through a combination of closed-loop data analysis and detailed visual inspections, we optimized the existing feedback systems, offering insights and recommendations for future upgrades to extend system reliability. As the Gemini North Telescope continues to facilitate groundbreaking research for universities worldwide, we’re proud to be part of this journey, delivering the precision and expertise that help keep its view of the cosmos clear. Association of Universities for Research in Astronomy #HEIDENHAIN #NSFNOIRLab #GeminiNorthTelescope

Discover the cutting-edge science behind earthquake simulation! See how Dr. Terry Tullis from Brown University leverages HEIDENHAIN and ETEL S.A. technology to supercharge his high-pressure rotary shear machine. This innovation is a game-changer in earthquake research. #HEIDENHAIN #ETEL #BrownUniversity #Engineering #Manufacturing

Today’s Global Midwest Alliance event at HEIDENHAIN North America was a fantastic success. We had the pleasure of hosting professionals from across the manufacturing industry to discuss the future of AI, automation, and data analytics in manufacturing. We want to extend our gratitude to Meaghan Ziemba for emceeing today’s sessions. Gisbert Ledvon opened with an insightful company overview, followed by a compelling keynote from Christopher Chidzik. Kevin Bowers then moderated an engaging panel discussion on artificial intelligence and its role in shaping manufacturing. ?? The day wrapped up with a tour of our facility, including the Acu-Rite Solutions manufacturing space, where attendees experienced firsthand the innovation and precision that drive our operations. Huge thanks to everyone who joined us and to our sponsors - AMT - The Association For Manufacturing Technology , Old National Bank, Technology & Manufacturing Association (TMA), and Wipfli - for making this event possible. Here’s to building a stronger, more resilient future for manufacturing! #HEIDENHAIN #AMT #GlobalMidwestAlliance #TMA #AI #Automation #Manufacturing

To enable vibration monitoring, HEIDENHAIN has integrated a three-axis accelerometer in a rotary encoder. With the vibration sensor in the encoder itself, we can capture precise, actionable vibration data as close as possible to the motor’s location. What happens to the data captured by the accelerometer? Firstly, the microcontroller processes the acceleration signals with the support of the position information coming from the scanning unit, which means that a conversion from the time domain into the spatial domain is possible. Each device of a drive or machine which has contact with the rotational shaft, such as a bearing or gear box, consists of several components – each of which has a self-resonance and an individual order, which can be monitored in the spatial domain. So with the help of the order analysis, it is even possible to detect which single component of the machine is failing. With motion and vibration data from the same integrated device, which is synchronized in our encoder, it’s easier to determine the vibration’s source. In contrast, with an external sensor in the inverter, the exact position information cannot be found. More integrated diagnostics in the sensor help system integrators to improve safety. If a sensor malfunctions, it stops and issues an alarm rather than relaying incorrect data with potentially dangerous consequences. The vibration data also aids motor OEMs in improving the design of their systems –by analyzing data under different conditions, they can determine the conditions and parameters that enable peak performance. Find out more: https://bit.ly/3YRFne7 #HEIDENHAIN #Electronics #Semiconductor #Manufacturing #Engineering

HEIDENHAIN CORPORATION, along with Global Midwest Alliance and their sponsors— AMT - The Association For Manufacturing Technology, Old National Bank, Technology & Manufacturing Association (TMA), and Wipfli - invite you to join us at this exclusive event at our facility. Explore, discuss, and learn about the intersection of AI, automation, and data analytics in the manufacturing environment. Professionals in manufacturing, technology, and strategy development will focus on these areas to provide information, address issues, and offer solutions to make your manufacturing business more sustainable and resilient now and in the future! Register here: https://lnkd.in/gbetpP22 #HEIDENHAIN #GlobalMidwestAlliance #AMT #TMA #Manufacturing

Happy Halloween from HEIDENHAIN?? We had a blast showcasing our creativity in this year’s pumpkin carving contest. From spooky designs to intricate patterns, each pumpkin reflects the talent and imagination of our awesome team. Check out the carved pumpkins and tell us which one is your favorite. Wishing everyone a safe and happy Halloween! #HEIDENHAIN #HappyHalloween #PumpkinCarvingContest

Today’s HEIDENHAIN plant tour with Women in Manufacturing Illinois was a wonderful experience. We had a great morning filled with insightful speakers, a close-up look at our state-of-the-art facility, and a fantastic turnout of attendees eager to learn more about motion control and feedback solutions. A huge thank you to WiM Illinois for organizing this event and fostering connections that empower and uplift women in manufacturing! We’re thrilled to be a part of such a supportive community. #HEIDENHAIN #WomenInManufacturing #ThankYou

In high-performance automation systems, vibration monitoring is crucial to improve process quality, identify potential issues early and minimize their impact by scheduling preventive maintenance. Vibration analysis can revolutionize diagnostics, thereby preventing downtime, extending machine service life and reducing costly scrap. To enable vibration monitoring, HEIDENHAIN has integrated a three-axis accelerometer in a rotary encoder. The encoder also includes a microcontroller, which handles extensive and versatile analysis of the vibration data, including initial order analysis for up to 64256 orders. For further analysis, the encoder’s EnDat 3 interface transmits the serial data to the user’s downstream electronics. With the integrated vibration sensor in the encoder itself, vibration data can be captured as close as possible to the motor’s location. As a result, we can gather precise, actionable vibration information based on exactly what’s happening at the motor, rather than having to infer conditions from a less localized source of data This captured acceleration data is processed and analyzed by the microcontroller, with support of position information from the scanning unit. This enables us to determine the source of the vibration, right down to which component is failing. Find out more: https://bit.ly/4fdhhA0 #HEIDENHAIN #Manufacturing #Engineering #Machining