AI in manufacturing 2025 continues to accelerate. This week’s launches reveal how industrial AI is moving from pilots to daily production - across software, robotics, and compute....
Micro-machining is where manufacturing meets art - carving, drilling, and shaping features smaller than a human hair. In aerospace, medical, and electronics sectors, demand for miniature components co...
China’s leading EV makers have transformed vehicle plants into software-defined, sensor-rich “AI car factories,” combining robotics, computer vision, digital twins, and real-time optimization....
In precision manufacturing, a single defect can derail an entire production run – or worse, reach a customer. Traditional quality checks often rely on sampling, human inspection, and fixed toler...
Hybrid manufacturing - the integration of additive (3D printing) and subtractive (CNC machining) processes - is no longer just a lab curiosity....
CNC milling is the backbone of precision manufacturing, but even the most advanced machines aren’t immune to chatter – the high-frequency vibration that degrades surface finish, shortens tool li...
Laser cutting has long been a backbone process in sheet-metal shops, prized for its fine kerf, flexibility, and minimal tooling. But optimizing laser parameters – speed, power, focus, assist gas...
In manufacturing, ERP systems have long served as the backbone, connecting finance, inventory, production, procurement, and more. But traditional ERPs often struggle with latency, siloed data, and lim...
In manufacturing, deburring is often the least glamorous yet most time-consuming task on the floor. Sharp edges, burrs, and surface imperfections from cutting or milling can delay assembly, create saf...
For decades, press brakes were largely mechanical or CNC-controlled devices that required skilled operators to dial in angles, adjust for springback, and manage tool setups....