Reese Abouelnasr, a Mechatronics Engineer with Harmonic Drive, answers a few questions about the latest developments in actuators and the design or engineering challenges these devices can help solve in robotics.
Our engineering team can help improve your robotics process results, and our sales engineers can draw on a deep reservoir of knowledge and tactics for vibration analysis, on-board spindle monitoring, aggregates, and more to protect uptime.
Modern robotic platforms should be designed with security as a foundational principle, incorporating architectural controls such as least-privilege execution, strong isolation between system components, and robust fault containment.
These are systems that do not simply simulate the physical world but actively reason about it and act on it in real time, powered by a spatial computing stack combining foundation models, AI-generated software, and high-fidelity 3D sensing.
Roboteon has a highly differentiated solution, leading the way in the warehouse automation market: Interoperability across various WMS and Robotic platforms; The sector's most complete and functionally-rich platform, from core integration to advanced execution, optimization and orchestration of work; Broad use of AI and advanced simulation to improve decision-making and execution; Deep domain expertise, with special insight into integration of robots to Warehouse Management Systems and existing automation
In robotics, there’s peak performance, and there’s everyday performance. The strain of scaling from the controlled pilot environment to the uncontrolled stress of real-time operations is where many deployments fall apart.
For us, Automte less about showcasing products and more about engaging in engineering discussions, such as managing duty cycles and thermal limits, addressing torque versus size constraints, and evaluating control architectures.
At the core of the Titanium platform is a unique combination of multi-axis control, high computing power, and integrated functional safety, all within an exceptionally small footprint.
In real right-angle gear projects, the biggest problems often come not from the gear type itself, but from mismatch between joint targets, support design, and acceptance criteria.
The next generation of motion control solutions that deliver outstanding performance. The Elmo advanced Titanium line of servo drives offers optimal performance and high-power density, delivering exceptional, intelligent, and compact drives that are operational within minutes. These single-axis and multi-axis servo drives, featuring top-performance multi-core processors, deliver superior productivity, Functional Safety, advanced networking, and local intelligence in a compact package.
Autonomous robots can perform tasks with limited human intervention, while Physical AI gives machines the ability to understand their environment, make decisions, and interact with the physical world more effectively.
Only by combining radar and vision with edge AI processing in one unit could we deliver a system fast enough, reliable enough and robust enough to meet the demands of next-generation autonomy.
The emerging circular economy introduces new challenges and new application areas for automation. One of them is EV battery disassembly. Unlike traditional industrial environments, battery disassembly operates without stable geometries, consistent designs, or reliable data.
The emerging circular economy introduces new challenges and new application areas for automation. One of them is EV battery disassembly. Unlike traditional industrial environments, battery disassembly operates without stable geometries, consistent designs, or reliable data.
Today, an intelligent robotic platform simultaneously has to run real-time multi-axis motion control, processes multiple data streams from various sensors including 2D and 3D vision cameras and/or LIDAR.