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Industries

Mining

Every hour of unplanned downtime on a critical asset costs hundreds of thousands. Villari's certified crack detection sensors keep your most valuable steel structures running - and extend their operational life.

Trusted by global industry leaders

THE COST OF DOING NOTHING

$130k/hr

Lost production per hour when a high-production bottleneck asset fails - before emergency repairs, idle labour, and penalties are added

$2m+/day

What a single cascading failure costs when the impact reaches crushers, conveyors, and the processing plant within minutes of the primary asset stopping.

3-5x

What emergency repairs cost compared to planned maintenance - up to 15× more when cascading delays and overtime are included.

Continuous & accurate inspection

Early detection of problems ensures safety for the structure and its operators.

Pays for itself in avoided inspections

Permanent wireless sensors replace recurring manual and rope-access inspections campaigns

Unplanned downtime is the most expensive problem in mining
Carefree installation

Only 5 minutes installation time per sensor probe, no surface preparation required.

Fail on your schedule, not the asset's 

Repairs move from emergency callouts to planned maintenance windows 

One structural failure. The whole value chain feels it.

Mining runs as a single connected chain. When a primary asset stops, every process downstream starves within minutes - from crusher to ball mill to ship-loader. The further upstream the failure, the bigger the financial cascade.

Haul Trucks & Shovels

Ball Mills 

Crushers

Reclaimers & Excavators

Ship- (un)Loaders

BENEFITS OF CONTINUOUS MONITORING

From reactive to predictive - protecting your most valuable assets

Mining equipment is irreplaceable in the short term. A dragline, rope shovel, or conveyor that fails without warning doesn't just stop production - it triggers emergency repairs, logistics delays, and safety investigations that compound the loss. Villari's permanently installed wireless sensors continuously monitor fatigue crack development at the most critical structural locations. You get early warning, planned intervention, and the data to confidently extend asset life

Early warning before failure

Detect fatigue cracks early - plan a scheduled repair, not an emergency shutdown

Plan maintenance on your terms

Replace surprise failures with scheduled interventions during planned downtime windows.

Extend asset lifetime

Monitored structures can be operated safely beyond original design life — deferring CAPEX by years

Carefree installation

10 minutes per sensor, no surface preparation, no production stoppage required

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Ferro One sensors can be installed along the hinge of the shells and the discharge and feed end.

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The balance beam and boom are both difficult locations to reach, placing sensors here you can ensure you don't take your machine out of operation unnecessarily.  

From haul trucks to ship-loaders

ASSETS WE MONITOR

Every asset class fails differently. Select yours to see where fatigue cracks start - and how continuous monitoring changes the outcome. 

Haul Trucks

Ball Mills

Crushers

Reclaimers

Ship - (un)loaders

Haul truck body & chassis 

Chassis frames accumulate fatigue at rear body mounts, frame rails, and suspension welds. Overloading above 105% rated capacity accelerates crack initiation 2.4×. Structural repair costs $150k–$500k; full frame replacement exceeds $2M.

THE CHALLENGE

$150k-$500k

cost of structural repair - a full replacement exceeds $2M. 

Sensors at high-stress structural locations detect cracks early - enabling a planned weld repair instead of emergency fleet removal. Across a fleet of 20–30 trucks at $5M–$8M each, avoiding early chassis replacement is significant.

HOW VILLARI HELPS

Weeks, planned

instead of months offline - trunnion repairs become scheduled interventions. 

Ball/SAG Mills Structure 

Ball mills run under enormous continuous rotational load. The feed and discharge ends are most critical; cracking here means the mill cannot operate at all. Lead times on trunnion repair can take a plant offline for weeks to months.

THE CHALLENGE

Sensors at feed end, discharge end, and trunnion steelwork monitor continuously — turning a potential months-long repair into a planned intervention scheduled around a mill reline or maintenance shutdown.

HOW VILLARI HELPS

unplanned downtime per structural failure event, before counting lost throughput

12-48hrs

Crusher Structure 

Crushers operate under severe high-frequency dynamic loading. Support structures crack at connection points and mounting frames, hard to access and rarely inspected. A structural failure triggers the full downstream cascade

THE CHALLENGE

Permanently installed sensors on support structure and connection welds monitor continuously, no production stoppage required. 48-hour reaction time flags cracks well before critical size.

HOW VILLARI HELPS

Zero

repeated rope-access inspection campaigns once sensors are installed

Reclaimers & Conveyors

Ship-loaders develop fatigue cracks at boom connection welds, portal frame joints, and counterweight attachments. A structural failure triggers vessel demurrage, tens of thousands per day in charter costs on top of lost production.

THE CHALLENGE

Permanently installed sensors eliminate repeated rope-access inspection campaigns. Hard-to-reach locations monitored continuously and remotely, closing the gap between periodic visits where cracks grow undetected.

HOW VILLARI HELPS

Ship - (un)loaders

Chassis frames accumulate fatigue at rear body mounts, frame rails, and suspension welds. Overloading above 105% rated capacity accelerates crack initiation 2.4×. Structural repair costs $150k–$500k; full frame replacement exceeds $2M.

THE CHALLENGE

$10k+ / day 

in vessel demurrage charter costs after a failure - on top of lost production

Technology transfers directly from port crane monitoring - deployed on STS and bulk handling cranes across major global terminals. The structural loading profile is closely analogous.

HOW VILLARI HELPS

More info

Wireless crack 
detection technology

Villari employs certified wireless sensors based on magnetic field variation to detect very early-stage fatigue cracks in critical areas of steel structures, enhancing structural lifetime.  

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DNV certification confirms our commitment to improvement and sustainability. The DNV-RP-A203 qualification verifies our technology’s capabilities and limits, independently reviewed by DNV experts.

Get in touch

Contact an industry expert

Alex Roy

+31 6408 63989

Other industries

Industries with heavily loaded steel structures

We work with asset owners, maintenance providers, NDT inspection companies, and engineering firms. We monitor bridges, cranes, girders and other critical steel assets across various industries. Reach out to explore new applications and lead the transformation in your industry. 

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