Engineering Theater

In light of reports from healthcare professionals about the imminent risk of shortages of devices, Regulation (EU) 2023/607 was adopted by the EU authorities in view of the exceptional circumstances arising from an imminent risk of shortages of medical devices and the associated risk of a public health crisis. It became necessary to extend the validity of certificates issued in accordance with Directives 90/385/EEC and 93/42/EEC and to extend the transitional period during which devices that are in conformity with those Directives can lawfully be placed on the market. This presentation covers the background that led to the current situation, eligibility- and key- requirements of the amending regulation, practical considerations on how to meet the May 26th 2024 deadline and potential impact to your business.

Sponsored By

Certification of the functional safety of stationary and wheeled mobile robots is already a significant challenge for designers and manufacturers. Ensuring and certifying safety for legged humanoids raises the bar to a new level. Adding advanced AI and at some point AGI, robot safety ultimately means an implementation of Asimov’s Positronic Brain. This talk will review the state of the art, as well as the bleeding edge of robot safety, outline best practices as well as give an outlook on future technologies and approaches that will enable universally intelligent humanoid robots that are intrinsically safe.

Sponsored By

This exploration delves into the optimal applications for integrated actuators in various domains such as Robots, CoBots, and Machine tools, providing insights into the advantages and drawbacks of this design choice. A custom component design approach is elucidated, shedding light on the engineering trade-offs involved. The discussion extends to the types of companies and applications that favor each design method based on relevant performance criteria, including stiffness, backlash, lost motion, functional safety, torque/speed/thermal capabilities.

Essential elements for developing high-performance rotary actuators, examining the development processes and timelines for both design approaches will be outlined. The audience gains an understanding of the time-saving potential in projects when integrated actuators are employed, leveraging vendor-developed solutions. Simultaneously, the benefits of a custom component approach are highlighted, offering a tailored solution but requiring a longer development and validation timeframe.

System performance and timelines remain key objectives in motion control developments, with a comprehensive exploration of the advantages and disadvantages of both integrated and custom approaches. The discussion emphasizes the accessibility of matured technology in robotics through integrated actuators, even for users without an extensive background in motion control development. While integrated actuators facilitate the rapid development of sophisticated Motion Control Systems, the limitations in overall system performance are also articulated.

In conclusion, integrated actuators present a shortcut to developing advanced Motion Control Systems, allowing users to focus on software development, the core intellectual property in both startups and established companies to design next groundbreaking designs in the dynamic field of robotics.

Sponsored By

The winners of the second MassRobotics Form & Function Challenge will be announced. All participants will be exhibiting their prototypes on the showfloor. Learn more about the Form & Function Challenge here.

Discover how ctrlX Automation is transforming robotic design by harnessing the potential of microservices. Whether you are venturing into machinery with robotic functionalities or seeking a cutting-edge development platform for your software team, delve into a world of possibilities with Apps for agnostic robot programming, 3D simulation, precision-driven vision-guided pick & place, quality control, palletizing solutions, seamless voice control integration, and the robust capabilities of ROS2. Join us to explore how this innovative approach accelerates your journey towards efficient and adaptable robotic solutions.

Sponsored By

Sponsored By

Join us for a demonstration showcasing various portable power solutions for mobile robots! We’ll delve into the world of batteries and explore how they fuel the movement and intelligence of these dynamic machines.

Once only a futuristic idea, humanoid robots have now become part of the modern world. This session will unveil how different battery technologies address the unique power demands of these mobile robots. We’ll bring the theory to life with demonstrations of solutions like the Easy Blade offering in action. See firsthand how factors like motor size and sensor usage influence a robot’s power consumption.

Witness the ease of use of battery packs, the versatility of modular design, and the sustainable power of application specific batteries. Learn how each option tackles challenges like run time, weight, and recharge time.

This demonstration is perfect for anyone curious about the inner workings of mobile robots and the portable power solutions that keep them moving. Gain valuable insights to choose the most suitable portable power source for your own robotic creations!

Sponsored By

Join Brian Geisel, CEO at Geisel Software, as he gives you an inside look at the world of advanced simulation, a game-changer for the robotics industry. Through the lens of a groundbreaking NASA case study, you’ll see firsthand how cutting-edge simulation environments are not just about testing theories but about creating solutions that work in the real world.

Discover how to harness the power of advanced simulation to refine designs, enhance performance, and solve real-world challenges safely and efficiently. Brian will discuss a pivotal technique centered around efficient “retraining” cycles, a method that allows for rapid adaptation and refinement of the training model to quickly adapt to real-world scenarios.

But how close to reality can we get without actual risk? Find out how intricate three dimensional digital assets are driving a level of training and validation previously unattainable. The depth, accuracy, and photorealism of these simulation environments are making training and validation more effective than ever before, reducing the time and costs associated with development cycles, and significantly improving the reliability and performance of robotic systems in real world operations.

By the end of our session, you’ll gain actionable insights that will empower you to implement advanced simulation techniques in your own projects. Join us to transform your understanding into practical strategies for innovation and success.

Sponsored By