Why is precise control important in FANUC systems?

Precise control is fundamental in FANUC systems primarily because it ensures consistent quality in manufactured products. In the context of CNC machining and automation, precision directly affects the accuracy of each machined part. When a system is capable of executing commands with high precision, it translates to better fitting components, reduced wastage of materials, and overall lower production costs. Consistency in manufacturing is crucial, especially in industries where components must meet strict tolerances and specifications. This relationship between precision and quality means that manufacturers can rely on FANUC systems to produce high-quality outputs with minimal deviations, leading to greater customer satisfaction and reduced rework.

In contrast, the other options do not address the core value of precise control. While calibration is important, precise control does not inherently reduce the need for it; instead, it often necessitates meticulous calibration processes to ensure accuracy. Using obsolete technology does not apply to the context of precise control, as FANUC systems are designed to work optimally with modern technology. Lastly, while precise control might streamline processes and possibly reduce some training requirements, the primary focus is on maintaining quality standards in manufacturing outcomes.