CMD Engineering's application engineering service helps manufacturers develop suitable machining processes for specific components and production requirements. The application team works with areas such as process development, tooling, inspection gauges, fixturing, and programming. The objective is to create a manufacturing process that improves component quality while reducing production time and manufacturing costs.

CMD Engineering application engineers evaluate the component, machining requirements, tooling, work-holding, inspection needs, and production objectives to help develop an appropriate manufacturing process. Since each application can present different technical challenges, the team focuses on identifying a practical solution that supports part quality, production efficiency, cycle-time requirements, and overall manufacturing cost objectives.

Yes. Reducing production time and manufacturing cost is a key objective of CMD Engineering's application engineering approach. By evaluating process development, tooling, fixturing, inspection, and machining requirements, the engineering team can identify opportunities for process improvement. The resulting solution is intended to improve part quality while supporting more efficient and cost-effective manufacturing operations.

Yes. CMD Engineering's application engineering team has capabilities in tooling, inspection gauges, fixturing, and programming. These areas can be evaluated together when developing a machining process for a specific component. Integrating these manufacturing considerations helps ensure that the proposed process is practical, consistent, and aligned with the customer's production and quality requirements.

Yes. The application engineering page includes special-purpose machine solutions and power-pack-related equipment. These solutions can be considered when standard manufacturing methods do not fully address a particular production requirement. CMD Engineering can evaluate the application and develop an engineering approach based on the component, process, production objectives, and required manufacturing performance.