What if robots could not only perform experiments but also adapt and improve alongside human scientists? The goal is to create robots that can work alongside scientists in real lab environments and adjust to changing conditions.
For too long, material movement has been treated as a background function. But advanced motion and robotics are changing that by giving manufacturers the tools to treat material flow as a strategic and competitive lever that they can tune, optimize, and adapt.
These collaborative robots offer up to 2kg payload, 660mm reach, and four- or six-axis motion for assembly, pick-and-place, machine tending, quality control, and education. The integrated I/O, Ethernet, WLAN, and software support simplify automation in compact workspaces. These cobots employ a human-centric design.
XVB7 Tower Lights are sleek, 70mm modular signal lights designed for energy efficiency and high visibility. They support multiple lighting modes (steady, blinking, rotating, and flashing) and offer flexible modular configuration with USB and IO-Link connectivity. The system includes customizable sound options up to 102dB and features push-in terminals and M12 connections, reducing wiring time by up to 95%.
Built for flexible safety architectures, Banner Engineering's I/O blocks support EtherNet/IP and CIP Safety™ with configurable inputs for e-stops, light curtains, and switches. The in-series diagnostics function reduces cable usage by supporting up to 192 safety devices per block with device-level status. The RSio series is innovative, scalable, and robust, making it ideal for large conveyor networks and modular machine designs.
Banner Engineering Q45x sensors provide high-resolution, three-axis vibration data to enable predictive maintenance across industrial equipment. The battery-powered design operates for multiple years without wiring, simplifying installation and scaling across assets. Integrated high-frequency enveloping (HFE) isolates early-stage faults such as bearing wear and lubrication issues, improving diagnostic accuracy in noisy environments. These sensors feature IP67-rated enclosures and wireless connectivity through Sure Cross networks, offering reliable condition monitoring in harsh industrial settings while reducing downtime and maintenance complexity.
This article examines how an integrated autonomous picking system — combining a lightweight 6-DOF robotic arm, depth-camera-based vision, adaptive grasping, and intelligent task management — was developed and deployed to address these challenges.
Learn where Brushless DC (BLDC) machines outperform traditional drives in UAVs, robotics, e-bikes, & industrial drives, and how Mosrac helps optimize next-gen motion control.
Cheap AI accelerators and simulation-trained neural policies are about to collapse the
cost of autonomous delivery. The business implications are bigger than the technical
ones.
The number of new products introduced rose 27%, and events for emerging future industries increased 30%. The fair also showcased AI-enabled scenarios for the first time, including robotic patrol inspections and drone flight demonstrations.
Regulators are no longer content to penalize the company name on the factory gate; they are naming the specific executives who run the manufacturing floor.
An Ensenso 3D camera integrated into an automated process chain ensures accurate detection and alignment of drilling positions in aircraft cabin assembly.
Learn how a bin picking AI model gets trained so you can confidently compare solutions. Here's what happens behind the scenes and what it means for your project.
We’ve made remarkable progress in vision, but for true autonomy in unstructured worlds, the big gap is tactile intelligence. A robot can’t just see; it has to 'feel' pressure and tension to handle objects reliably, whether that’s a harvest arm or a medical device.
When people think about medical robotics, they may consider machinery that takes up most of a room, like MRI machines. The world of micro-scale robotics in health care has advanced just as significantly, enabled by enhancements in precision, data analytics and more.