Robotiq has introduced IQ, an AI-enabled platform designed to simplify palletizing automation assessment and deployment, with implications for integrators, cell design, and project predictability.
An interview with Flex highlights how automation is moving from pilots to scaled deployment, with cobots, AMRs and AI helping manufacturers raise productivity and manage complexity.
Robotic arms are being integrated with CNC machines to improve flexibility, uptime and part handling, with implications for welding cell design and mixed metalworking automation.
The G2 Nano development board combines a 1GHz processor with Arduino-style accessibility, highlighting how easier embedded platforms could speed industrial robotics and automation prototyping.
Optical metrology is increasingly replacing tactile measurement for complex component validation, with implications for weld quality, fixture accuracy and robotic cell verification.
Cobots are moving from pilot projects to essential equipment in metal fabrication and construction, driven by labor shortages, welding demand, and safer human-robot collaboration.
As industrial robots and cobots become more connected, network security is becoming a core requirement for welding cells, remote support, uptime and safe production.
Robotic vision is moving from optional add-on to core automation layer. GMSL-based camera ecosystems could simplify deployment, improve weld quality, and support faster welding cell integration.
Simulation and digital twins serve different roles in virtual manufacturing. For welding cell design, knowing where each fits can improve layout, commissioning, and lifecycle control.
Discussion around PLC and robot integration highlights a practical route to more accessible automation, with direct implications for welding cells, controls architecture, and safety design.