Optimizing shop operations and machining processes remains the central focus, with significant advancements in workholding and infrastructure. Carbon fiber production now utilizes ultra-thin wax layers for secure, repeatable part holding, effectively replacing more complex vacuum fixtures. Inexpensive end mills, when paired with strategic sister tooling, offer a cost-effective solution for high-wear applications. Shop efficiency continues to improve through the integration of zero-point fixturing, which allows for rapid transitions between projects, and the development of custom plate front-end software to streamline customer quoting. Technical experimentation extends to the construction of a white light interferometer, where vibration isolation from environmental factors like nearby equipment proves critical for accurate surface measurement. These iterative improvements in tooling, software, and hardware demonstrate a commitment to reducing operational friction and enhancing overall shop productivity.
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