➀ Researchers developed a 3D display system using circularly polarized luminescence (CPL) technology to enhance visual quality and human-computer interaction;

➁ The system employs an orthogonal-CPL-emission mechanism and self-positioning microdevices with a record glum factor of 1.0, enabling real-time depth perception;

➂ Demonstrated in rescue simulations, the technology shows potential in robotics, industrial automation, and medical applications through immersive 3D control capabilities.

➀ Researchers developed TWIST, a real-time teleoperation system enabling humanoid robots to mimic full-body human movements for tasks in inaccessible or dangerous environments;

➁ Tested on Unitree's G1 and Booster Robotics' T1, TWIST achieves human-like coordination by leveraging motion data from legs, feet, and other body parts;

➂ Future enhancements aim to reduce reliance on motion-capture systems and enable autonomous task learning for broader industrial and hazardous applications.

➀ Researchers at the University of Coimbra developed a novel soft actuator powered by boiling water, converting water into steam via an embedded heater to generate motion, offering simplicity and scalability without pumps or high voltage.

➁ The actuator operates at 24V, delivers over 50N of force, and achieves rapid pressure build-up (100 kPa/s), demonstrating durability through 1,000+ cycles and outperforming traditional designs in speed and reliability.

➂ Prototype robots, including a gripper and a climbing robot (Bixo), showcase real-world applicability for tasks like object manipulation and navigating unstructured environments, highlighting safe, low-cost, and pump-free solutions.

➀ TH Köln developed automation software with a standardized Module Type Package (MTP) interface to simplify the integration of modular steam generators into process control systems, enabling manufacturer-independent interoperability;

➁ The software incorporates predictive maintenance features using sensor data and machine learning algorithms to monitor insulation wear and virtual water level sensing, reducing reliance on expensive hardware;

➂ Further optimizations include automated water drainage, pressure stabilization during steam extraction, and energy-efficient operation, enhancing system longevity and operational efficiency.

➀ Replacing aluminum and titanium with thermoplastic CFRP enables automated welding, slashing door assembly time from 110 hours to 4;

➁ Modular design and component standardization allow fully automated assembly lines, supporting batch production of 4,000 doors annually;

➂ Integrated technical and economic simulations validate cost-effectiveness, reducing planning time by 25% while balancing automation benefits and capital costs.

➀ The TAVieDA project introduces thermoplastic carbon fiber composites (CFK) to replace aluminum and titanium, enabling automated welding and reducing aircraft door assembly time from 110 to 4 hours;

➁ A modular design and fully automated assembly line with resistance and ultrasonic welding technologies allow batch production and rapid reconfiguration for different door models;

➂ Integrated technical and economic simulations confirm the solution's cost-effectiveness, reducing planning time by 25% and achieving significant scale effects for annual production of 4,000 doors.

➀ MIT developed a "Relevance" system to help robots prioritize tasks using audio-visual inputs and predict human intentions for efficient assistance;

➁ The system achieved 90% goal prediction accuracy and 96% correct object selection in breakfast scenario testing, with 60% fewer safety incidents;

➂ Inspired by human brain's RAS mechanism, the robot dynamically switches between observation mode and active assistance mode based on environmental context recognition.

➀ Sensor Technology Ltd has released the SGR523, a next-generation digital rotary torque sensor with high-resolution angular measurement, enhancing precision in industries requiring torque and angle monitoring.

➁ The SGR523 features non-contact strain gauge technology, offering high accuracy (±0.1%), real-time feedback, and support for bi-directional angle tracking, ideal for applications like robotic platforms and automated machinery.

➂ Key specifications include a torque range of 175 mNm to 20 Nm, up to 10,000 pulses per revolution, and compatibility with advanced monitoring software, ensuring reliable performance in demanding environments.

Redwire has been awarded a contract to provide four docking mechanisms for the European Space Agency's habitation module for the Lunar Gateway, known as the Lunar I-Hab. This lunar-orbiting outpost is a replacement for the International Space Station and will support long-duration missions, potentially including a future human mission to Mars.

Redwire's Belgian subsidiary, Redwire Space NV, will deliver the International Berthing and Docking Mechanism (IBDM) for the Lunar I-Hab. The contract is with Thales Alenia Space, a joint venture between Thales and Leonardo.

The IBDM will enable safe transfers of crew and cargo within the Gateway station, using advanced automation and precision alignment. Other subsystems for the Lunar I-Hab are being provided by JAXA, including environmental control, life support, and batteries.

The Fraunhofer IZM researchers have developed a laser welding process for connecting PICs with optical fibers without adhesives, which can operate at cryogenic temperatures. This technology promises more reliable, faster, and cheaper fiber-PIC connections, revolutionizing quantum technology applications.

Low temperatures are essential for observing quantum effects, which can significantly impact quality of life. The QWeld project focuses on cryogenic quantum computing systems and the integration of PIC-based modules for secure communication and connections in quantum computing.

The technology is durable, reproducible, and can be automated, making it suitable for large-scale production of PICs for quantum systems.

➀ Introducing Warp, an AI-enabled terminal app for Windows and Linux;

➁ Learn to install and use Warp to create code and automate tasks;

➂ Explore how Warp can assist in coding, from simple commands to complex applications.

➀ Students from HSBI's Mechatronics/Automation program at the Gütersloh campus have developed a cocktail machine capable of mixing Caipirinha, complete with a lemon press and crushed ice production.

➁ The intuitive machine meets industrial standards for food hygiene and safety.

➂ The project showcases the practical applications of mechatronics and automation technology in the real world.

➀ This article introduces a ROS-based robot body controller reference design developed by Renesas Electronics Corporation. It provides engineers with a reliable solution for controlling multiple servos in robotic applications.

➁ The design features an RA6M5 microcontroller unit (MCU) with an Arm® Cortex®-M33 processor, enabling real-time control and efficient communication with connected devices.

➂ The reference design supports various communication interfaces such as Ethernet, USB, and Wi-Fi-based Pub/Sub, allowing seamless integration with ROS nodes, making it suitable for applications in logistics, defense, healthcare, and agriculture.

➀ The article discusses the latest PID temperature controller E62 developed by BrainChild, which is designed for cost-effective and efficient temperature control across various industries such as manufacturing, automation, HVAC, and research.

➁ The E62 offers multiple input options including thermocouples and resistance temperature detectors, and versatile output options like Relay, 0-20mA, 0-10V, and SSR drive, making it suitable for different applications.

➂ Features like Auto-Tune functionality, parameter lock, and IP65-rated protection ensure reliability and ease of use, making it an ideal choice for temperature management in harsh environments.

➀ Brainchild has released its latest 1/16 DIN Essential Series PID temperature controller, the E62. It features a user-friendly interface, high practicality, and competitive pricing, providing a cost-effective control solution for a wide range of users.

➁ The E62 offers impressive control capabilities despite its simple interface. It includes an auto-tune function that allows users to obtain optimal PID control parameters with a single click, reducing the need for manual adjustments. It also supports multiple input types including thermocouples and resistance temperature detectors, and provides various output options like Relay and Modbus RTU communication.

➂ The controller is designed with enhanced mechanical protection and an IP65 protection rating, making it suitable for complex workshop environments. Its high-brightness LCD display enhances data readability, and its new PID algorithm ensures stable control functions. The E62 aims to meet the demand for simple temperature controllers, especially in equipment integration and system development projects.

➀ The Hochschule Heilbronn (HHN) and OPTIMA pharma GmbH have entered into a comprehensive cooperation agreement.

➁ The partnership aims to advance the connection between science and medium-sized industry in the region and address the skilled labor shortage.

➂ A new degree program in 'Artificial Intelligence and Industrial Digitalization' is to meet the specific needs of the industry.

➀ Researchers at the University of Tartu have developed a robotics concept where robots can build temporary structures and movement paths by spinning a polymer solution on-site.

➁ These robots extrude a heated polymer solution that solidifies into fine fibers, allowing them to shape their bodies on demand and merge with their surroundings.

➂ The technology demonstrates adaptability and flexibility, with potential applications in disaster relief and beyond traditional industrial thinking.

➀ The Baelz Foundation has for the 22nd time awarded outstanding Bachelor's and Master's theses;

➁ Johannes Spangler, a graduate of HBC, received the second prize in the Master's category;

➂ Spangler's thesis focused on the analysis and evaluation of refrigeration systems using new software tools.