Tried to simple our design, it will help to down the cost, understand the products' top customer, it will help us to win more market.

To ensure quality control for precision engineering components, I’ll implement stricter incoming inspection protocols to verify raw material specifications and supplier compliance. Real-time monitoring and advanced testing equipment will be used during production to identify defects early. Establishing robust standard operating procedures (SOPs) and training employees on precision handling will minimize human error. I’ll also partner with suppliers to refine quality at the source and introduce statistical process control (SPC) techniques to track variances. Regular audits and continuous feedback loops will maintain high-quality standards moving forward.

RCA- First step would be to is to conduct a detailed analysis to identify the specific causes of failures (e.g., material defects, machining errors, assembly issues). Use tools like Fishbone Diagrams, 5 Whys, or Failure Mode and Effects Analysis (FMEA). Once that is done, investigate things to simplify design to mitigate long term risks for scalability along with adding advanced inspection techniques like spectroscopy, CAV scans etc.

Selecting the right supplier for precision components is key to avoiding failures and ensuring quality control. Reliable lead times and stringent inspection processes ensure components meet exacting standards. A supplier offering dedicated account management fosters clear communication, reducing errors and aligning with project needs. Versatile capabilities, like laser cutting, etching, and forming, plating & anodising, streamline sourcing while maintaining consistent quality. By partnering with a supplier that values adaptability and precision, you can secure dependable results across your projects. How do you leverage supplier selection to maximise impact on your quality control & delivery strategies?