The machining of composite materials has evolved to address the complexities of these materials and enable the accurate and efficient production of components. Some common techniques include: milling, turning, laser, waterjet, ultrasonic, EDM and abrasive methods. ✨🔧 Each technique has specific advantages and challenges, and the choice depends on the type of composite material, part geometry and precision requirements. ⬛⚪🟡🔶🟥 It is essential to understand the properties of the composite material and adapt machining techniques to minimise damage and maximise efficiency.🔧📹 These advances in machining techniques have enabled the increased use of composite materials in various industries, contributing to the evolution and improvement of precision engineering.🤚 On our YouTube channel you can watch many more interesting videos @IberiaCompositechManufacturing #Machining #CompositeMaterials #PrecisionEngineering #TechnologicalAdvancements #carbonfibre #carbonfiber #composites #iberiacompositechmanufacturing #iberiacompositech #engineering #compositematerials #materialescompuestos #fibradecorbono #ingenieriadematerialescompuestos