The Problem Most OEMs Don't See — With a Real LinkedIn Example
A spec sheet doesn't fail because it's wrong.
It fails because it makes the reader do the work.
And on LinkedIn? No one's doing that work.
Real example we saw:
✗ What was posted
A crusher OEM posted: "1,200 kW motor. Advanced liner design. Improved efficiency."
Results: 9 likes, 0 comments.
A competitor posted two weeks later:
✓ What actually worked
"At a 10 Mtpa copper site, our liner design added 20% wear life. That meant one less shutdown per year — ~2 production days back and one fewer high-risk maintenance window. Site team validated over 14 months."
Results: 67 likes, 12 comments (including two maintenance planners), 4 saved posts.
The difference isn't the product. It's the translation from spec to site consequence.
Why Spec-Heavy LinkedIn Posts Get Ignored — And What to Do Instead
Here's what a plant manager actually thinks when they see a spec post:
"1,200 kW? Okay. But will it stabilise choke feed when fines content spikes? How often am I shutting this down? What happens in wet season?"
If your post doesn't answer those three questions, it's noise.
The fix: Translate every spec into an operational consequence.
| Spec | Weak LinkedIn Post | Mining Language Version — What Works |
|---|---|---|
| 1,200 kW motor | Powerful motor improves throughput | Holds 850 t/h even when moisture hits 18% — competitor dropped to 620 t/h at the same site |
| 20% longer liner life | Extended wear life | One less shutdown per year = 2 production days back + one fewer confined-space entry |
| 5–7% fuel reduction | Improved fuel efficiency | On a 30-truck fleet running 24/7, that's $420k/year — the difference between a budget problem and manageable cost |
The right column gets saved. The left column gets scrolled.
How to Turn Specs Into TCO Stories — LinkedIn-Ready Examples
Example 1: Liner Design
✗ Typical OEM post
"New liner design extends wear life by 20%."
✓ What actually works (real post, anonymised)
"At a 10 Mtpa Qld coal site, 20% longer liner life meant one fewer shutdown per year.
That's ~2 days of production back — at $50k/hour downtime cost, that's $2.4M.
And one less high-risk maintenance window (confined space, torch work).
The site superintendent asked for the proposal the same week."
Example 2: Haul Truck Fuel Efficiency
✗ Typical OEM post
"Improved fuel efficiency."
✓ LinkedIn version
"A 5–7% fuel reduction doesn't sound like much — until you're running 30 trucks across 24/7 shifts at 280 litres/hour.
That's $420k/year difference. One site used that saving to fund a water cart upgrade.
That's TCO. That's what procurement actually cares about."
Why this works: It names a real trade-off (saving → water cart). It makes the abstract tangible.
Reliability Isn't a Metric — It's a Feeling on Site
Here's what reliability actually looks like to a maintenance supervisor:
- The shovel that stops throwing nuisance alarms at 2 AM
- The drill that holds alignment in bad ground (when others drift)
- The truck that doesn't die halfway up the ramp in wet season
LinkedIn post that captures this (real client example):
"We didn't sell reliability with a PowerPoint.
We stopped 3 unnecessary nuisance alarms per shift on a 12-unit fleet.
That's what the night shift supervisor actually thanked us for."
Short. Specific. Believable. That post got 12 DMs from other sites asking "How?"
Content Formats That Actually Work on LinkedIn for Mining OEMs
These are repeatable templates — use one each week.
1. Before / After Site Snapshot
"Before: 2–3 unplanned crusher shutdowns per quarter.
After: 1 planned change-out, 14 weeks of stable throughput between.
The only change? Our liner profile."
2. "A Shift on Site" Walkthrough
Write a 4-bullet post walking through a real shift — this performs insanely well because it feels real, not rewritten by marketing: