What is one outcome of automating manufacturing processes with FANUC systems?

Automating manufacturing processes with FANUC systems primarily enhances consistency and improves efficiency in production. This outcome arises from the precision and repeatability inherent in automated systems, which significantly minimize human error and variability in the manufacturing process. FANUC systems utilize advanced robotics and control software, allowing for seamless integration of production tasks that require high accuracy. This leads to uniformity in product quality and faster production rates as machines can operate continuously without fatigue, thereby optimizing throughput.

The reliability of FANUC systems ensures that each item produced meets the specified standards, fostering an environment where high-quality output becomes the norm rather than the exception. As automation routines are established, production lines achieve smoother operations, reducing downtime and increasing overall productivity.

In contrast, the other options do not align with the objectives of implementing automation in manufacturing. Increased reliance on manual labor contradicts the purpose of automating processes, while increased variability in production output and higher rates of product defects are typically associated with manual operations rather than automated systems, which are designed to improve control over the manufacturing process.