Three Proven Strategies to Drive Reliability Success

Reliability is the backbone of any manufacturing operation. Achieving it demands clear communication, seamless cooperation, and precise coordination among all teams. This article explores why the three Cs—communication, cooperation, and coordination—are essential and how they shape a resilient organization.

What is the true cost of unscheduled downtime, and who bears responsibility? Often, downtime stems from a single decision to push equipment to the limit or from a delayed response to a work request that slipped through the system. Both scenarios highlight gaps in process design and communication.

A skilled operator is the first line of defense against failures. In normal operations, experienced operators spot anomalies in roughly one‑quarter of the week, acting as a live, data‑rich early warning system. The question for forward‑thinking management is: Why aren’t these early signals reaching the planning system in time to allow proactive job planning, resource allocation, and scheduled repairs?

Similarly, a qualified maintenance technician will not accept a sub‑standard repair if it risks future failure. They want to leave a record of quality work that endures. Management must ask: What is driving these sub‑optimal repairs? Are purchasing and inventory staff unfairly blamed for controllable, avoidable losses? The answer often lies in a system that permits uncontrolled downtime rather than one that enforces proactive control.

Consider a NASCAR pit stop: a scheduled stop, even if brief, is far more efficient and effective than a spontaneous one on the track. This analogy extends to manufacturing. When teams chase the last ounce of output from poorly maintained equipment, they ignore the long‑term gains of reliability. They risk losing customer trust and market share when promised delivery times slip.

Customers expect the product they ordered—on time, within specifications, and of consistent quality. Failure to meet these expectations drives them to competitors. Reliability is the bridge between your promise and their experience, just as a car’s engine must start reliably when you turn the key.

How is your system designed? Are communication, cooperation, and coordination functioning across operations and maintenance? Start by evaluating these key questions:

• Are issues detected early, before they impact product quality or quantity?
• Is problem resolution conducted in a way that preserves equipment uptime?
• Do operations and maintenance share responsibility and ownership?

Operations should focus on production excellence, while maintenance should deliver high‑quality preventive (PM) and predictive (PdM) maintenance, backed by a well‑managed inventory under maintenance control. Both functions must partner in a cycle of communication, cooperation, and coordination to fix problems before they become catastrophic.

Adopting a proactive, world‑class reliability culture means making short‑term production sacrifices when necessary—scheduled, controlled downtime—to avoid larger, unplanned losses later. It requires a realistic business case for each decision, balancing short‑term impact against long‑term gains.

About the Author

Al Emeneker, a subject‑matter expert at Life Cycle Engineering, brings over 30 years of experience in maintenance, repair, and reliability across companies such as Union Camp Paper, Fluor, the U.S. Air Force, and South Carolina Electric & Gas. Contact him at aemeneker@LCE.com.