A proper lubrication program doesn’t happen by accident. It’s built on structure, intentionality, accountability, and discipline at every level of the plant. The fastest way to elevate lubrication is to spark the right conversations: the uncomfortable ones, the strategic ones, and the ones nobody initiates until a failure forces the issue.
Here are 50 targeted discussion starters designed to expose gaps, challenge assumptions, and move your team toward a modern, mature lubrication program.
50 Discussion Starters
- What percentage of our failures are lubrication-related, and how do we know?
- Do we have a documented lubrication strategy, or do we simply grease when convenient?
- Are lubrication tasks based on a documented engineering process that considers OEM specs, actual operating conditions, and environmental factors – or are they simply inherited from outdated sources or tribal knowledge?
- Which assets actually require precision lubrication vs. routine greasing?
- How do we define the correct lubricant for each asset, and who owns that decision?
- Are lube routes optimized for efficiency, or just inherited from the past?
- What lubrication tasks are overdue right now, and what’s the risk?
- Do we track over-lubrication as seriously as under-lubrication?
- How consistent are our lubrication intervals, and what drives that consistency?
- Are techs trained to understand load, speed, environment, and temperature impacts?
- What contamination controls are in place – and which ones are missing?
- Do we inspect lubricant conditions visually, or do we actually measure them?
- What percent of our grease points have the correct fittings and hardware?
- Are lubrication tools labeled, clean, and stored to prevent cross-contamination?
- How often do we verify grease gun output consistency, maintain or replace worn guns, and calibrate metered oil dispensing equipment?
- Do we have a system for verifying lubrication tasks were done correctly?
- What data do we pull from our CMMS or lubrication management software to assess lubrication effectiveness?
- How do we know a lubrication task added value rather than added risk?
- Are operators trained to identify lubrication-related red flags?
- What is our procedure for handling lubricant storage, rotation, and shelf life?
- What are our maximum acceptable water contamination limits by equipment type and lubricant class, and are they based on OEM specs, ISO standards, or oil analysis trending?
- Do we routinely check the condition of seals, breathers, and reservoirs?
- What’s our process for choosing grease versus oil for specific applications?
- Are we using the correct grease quantity, or do we guess?
- Have we matched grease type and NLGI grade to each application’s load, speed, and temperature requirements?
- Who is accountable for lubrication quality, not just task completion?
- Do we have a lubrication champion, or is it everyone’s job (meaning nobody’s)?
- What percent of our machines have dedicated lubrication SOPs?
- How many of our lubrication SOPs are outdated or inaccurate?
- Do we track lube-related failures separately from mechanical failures?
- Are we using ultrasound technology to detect bearing wear, optimize grease quantities during lubrication, and prevent over-lubrication?
- Should we implement color-coding, QR codes, or digital routes to reduce errors?
- Do we have a structured approach to lubricant consolidation?
- What are our highest-risk lubrication points right now?
- How do seasonal temperature changes affect our lubrication practices?
- Do we have a process for flushing contaminated systems before re-lubricating?
- Do we know where the plant’s worst lubrication “blind spots” are?
- How often do we inspect lube delivery systems on critical assets?
- Do we validate lubricant viscosity regularly, or assume it hasn’t changed?
- How are lubricant sampling points selected, and are they correct?
- Do we replace breathers soon enough, or only after failures?
- Are desiccant breathers installed on every asset that needs them?
- Is our oil analysis program telling a story, or just generating reports?
- Do we treat grease analysis as seriously as oil analysis?
- How do we train new hires on lubrication fundamentals?
- Is lubrication considered a skilled trade here – or an afterthought?
- Do we track the ROI of lubrication improvements in reliability metrics?
- What lubrication changes would have the biggest impact this quarter?
- How do we measure lubrication precision, not just lubrication activity?
- What would a world-class lubrication program look like for our plant?
A proper lubrication program becomes a competitive advantage the moment it evolves from habit into discipline. These conversations expose the gaps that quietly cost uptime, resources, and credibility; and they spark the thinking that transforms lubrication from a routine task into a strategic force multiplier. Use them to align your team, strengthen your program, and build lubrication practices that truly protect your machines and your plant’s future.
