Manufacture
4D Printing in Mechanical Engineering Guide
4D printing in mechanical engineering explained: smart materials, design workflow, applications, limitations, and exam-ready concepts for students.
Laser Powder Bed Fusion: Student Guide
Learn laser powder bed fusion, key LPBF parameters, defects, and metal additive manufacturing applications for engineering students.
CNC Machining Parameters: Speed, Feed, Depth
CNC machining parameters explained: learn cutting speed, feed rate, depth of cut, formulas, examples, and exam tips for engineers.
Additive Manufacturing in Mechanical Engineering
Learn additive manufacturing in mechanical engineering, from 3D printing processes to design rules, applications, materials and exam tips.
CNC G-code Programming: Student Guide
Learn CNC G-code programming basics with key commands, coordinate moves, a worked milling example, exam tips, and safety checks for engineers.
Digital Twin in Manufacturing: Student Guide
Digital twin in manufacturing explained with workflow, equations, smart factory uses, predictive maintenance tips, and exam-ready concepts.
Collaborative Robots in Manufacturing Guide
Collaborative robots in manufacturing explained for students: learn cobot safety, applications, sensors, calculations and exam tips.
3D Printed Electric Motor: Engineering Guide
Learn how a 3D printed electric motor works, including multi-material printing, linear motor design, applications, and exam tips.
Additive Manufacturing in Mechanical Engineering
Learn additive manufacturing in mechanical engineering, including 3D printing methods, FEA checks, materials, applications, and exam tips.
CNC definition and CNC machine working
Definition of CNC Technology CNC technology has been around for a while – since the 1950s – but has become increasingly more precise over the past few decades thanks to the sophistication of modern computers. If you’re familiar with the manufacturing world at all, you’ve probably heard of CNC – Computer Numerical Control. CNC is a […]
