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Protecting Critical Assets on the Move

SmartOil  M




  • SAFE 
  • Hands-free
  • In-service Fluid Sample Collection
  • Fluid Condition Monitoring

Automated LIVE Sampling

SAFE Hands-Free Collection of LIVE

In-Service Operating Fluids

(Oil, Hydraulic, Coolant)


The M-Series automated fluid sampler from the SmartOil™ line of condition monitoring technology solutions is suitable for safely collecting LIVE fluid samples such as engine oils and hydraulic fluids from operating equipment i.e. mining haul trucks and excavators.

Sample collection interval period can be programmed by user for an automated, hands-free bottle fill event ensuring reliable contaminant-free in-service fluid is collected on time, every time.

Protective Enclosure

  • Protective metal enclosure to keep sample bottles safe  

  • IP67 environmental rated

  • Wired or wireless cab mounted LED display for alarms and bottle status

  • Accommodates standard 125ml - 500ml sample bottles

  • Custom configurations available



  • Engine Lubricants/Coolants

  • Transmissions

  • Steering/Brake Systems

  • Hydraulic/Pneumatic Systems

  • Final Drives/Hubs

  • Compressors

  • Pumps

  • Gearboxes

  • Mobile Mining Fleets

  • Mineral Processing Mills

  • Off-road Heavy Construction

  • Power Generation

  • Pulp & Paper

  • Oil & Gas

  • Marine

  • Rail

Value Proposition 

SAFE, Hands-free LIVE Sample Collection

Automated sample collection removes operators, mechanics and technicians from the dangers of collecting fluid samples from LIVE systems, saving valuable time while preventing potentially fatal accidents

In-Service Lubricant 
Sample Collection

Automated sample collection of in-service fluids ensures Reliability Engineers and Condition Monitoring Specialists collect fluid samples that are truly representative of the current equipment condition

Accurate, Trendable, Data Driven Decisions

Contaminate-free, in-service fluids collected at precise sample interval periods provides fluid analysis labs with high integrity samples from which to generate reliable data useful in basing data driven decisions

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