by Machining Technologies | May 12, 2026 | Machining
TL;DR: Tooling is the true leverage point in aerospace precision manufacturing, profoundly impacting part conformance and process reliability. Effective tooling decisions are system-based, involving substrate, coating, geometry, and coolant delivery, which influence...
by Machining Technologies | May 11, 2026 | Machining
TL;DR: Post-processing in machining is essential to remove imperfections and ensure parts meet performance and regulatory standards. It provides consistent surface finish, dimensional accuracy, and fatigue resistance, especially in high-volume aerospace, defense, and...
by Machining Technologies | May 10, 2026 | Machining
TL;DR: CNC programming in aerospace demands rigorous simulation, strict state management, and validated safety protocols to prevent costly errors and ensure regulatory compliance. Proper restart procedures, advanced toolpath optimization, and thorough documentation...
by Machining Technologies | May 7, 2026 | Machining
TL;DR: Most machining cycle time estimates are incomplete because they focus solely on cutting time, ignoring significant non-cutting overhead. Accurately assessing total cycle time requires breaking down and measuring each element, such as tool changes, rapid moves,...
by Machining Technologies | May 5, 2026 | Machining
TL;DR: Most machining operations operate at high utilization but still struggle with delays, WIP buildup, and rework due to the misconception that utilization equals efficiency. Lean machining applies principles like value stream mapping, 5S, and SMED to eliminate...
by Machining Technologies | May 4, 2026 | Machining
TL;DR: Proper machine guarding, PPE, and rigorous operator training are essential to prevent incidents and ensure OSHA compliance. Implementing layered risk controls, maintaining workspace cleanliness, and conducting regular audits further reduce hazards in machining...
