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We have worked hard to develop and apply innovative joining technologies. In a specific case, we employed a Design of Experiment (DOE) approach to advance a soldering project. This scientific methodology allows for precise control and assessment of various soldering parameters, enabling the optimization of joint quality, integrity, and performance. The DOE for the solder project investigates critical factors like solder material composition, temperature, flux, and time. By systematically altering and studying these parameters, Fort Wayne Metals ensures the development of robust soldered joints that meet stringent requirements.
We have worked hard to develop and apply innovative joining technologies. In a specific case, we employed a Design of Experiment (DOE) approach to advance a soldering project. This scientific methodology allows for precise control and assessment of various soldering parameters, enabling the optimization of joint quality, integrity, and performance. The DOE for the solder project investigates critical factors like solder material composition, temperature, flux, and time. By systematically altering and studying these parameters, Fort Wayne Metals ensures the development of robust soldered joints that meet stringent requirements.