S27, Saqr Ali Warehouse Complex, 5B Street,Community 364, Al Quoz Industrial Area 1
sales@vibspectrum.com
ISO 9001:2008 Certified
S27, Saqr Ali Warehouse Complex, 5B Street,Community 364, Al Quoz Industrial Area 1
sales@vibspectrum.com
ISO 9001:2008 Certified
VIBSpECTRUM provides advanced online oil analysis and wear debris monitoring solutions in UAE powered by cutting-edge artificial vision technology, optical imaging, and AI-based analytics.
Our advanced online oil condition monitoring systems continuously monitor:
These technologies help industries detect developing faults at an early stage, prevent catastrophic failures, reduce maintenance costs, and improve asset reliability.
Unlike conventional laboratory oil analysis methods, our real-time online oil analysis solutions provide continuous diagnostics while machinery remains operational, enabling modern predictive maintenance and Industry 4.0 reliability strategies.
The technology is approved and widely used by major companies across the GCC and globally, including:
The core Atten2 technology platform is backed by 37 international patents, demonstrating its innovation and technological leadership in online oil condition monitoring.
VIBSpECTRUM offers advanced Atten2 online oil analysis systems utilizing innovative artificial vision technology and sophisticated AI-based algorithms.
Unlike traditional laser-based particle counters, this technology uses:
This enables the system to not only count particles, but also:
This advanced imaging approach is more closely aligned with ISO 4407 principles rather than conventional laser scattering techniques.
Traditional laser-based particle counters typically rely on light blockage or scattering methods and often have limitations such as:
Atten2’s advanced artificial vision technology overcomes these limitations by using real optical imaging and AI-powered analysis.
This provides significantly more diagnostic information than conventional laser particle counters
Our advanced online monitoring systems continuously analyze:
These systems support predictive maintenance by providing:
OilWear® is a cutting-edge online sensor capable of detecting and classifying particles and bubbles larger than 4 microns into multiple size categories.
Key Features:
This technology helps industries identify abnormal wear before failures occur.
OilHealth® continuously monitors lubricant degradation and contamination using advanced optical technology.
The system detects:
This helps optimize oil change intervals and reduce unnecessary lubricant replacement.
Water contamination is one of the biggest threats to lubrication and hydraulic systems, leading to corrosion, lubricant degradation, additive depletion, reduced film strength, and premature component failure.
The advanced SMK and OilMoisture systems combine the powerful capabilities of the OilWear® artificial vision wear debris monitoring sensor with an integrated online moisture monitoring sensor, providing a comprehensive real-time oil condition monitoring solution.
Unlike conventional moisture sensors, the SMK system simultaneously monitors:
This integrated monitoring approach provides significantly more diagnostic information compared to standalone moisture sensors or conventional particle counters.
By combining advanced artificial vision technology with real-time moisture monitoring, the SMK system provides a complete overview of lubricant condition and machine health for critical industrial assets
Unlike conventional systems that only provide integer-based ISO codes, Atten2 technology enables highly sensitive cleanliness trend analysis using:
This allows maintenance teams to detect small contamination increases before the ISO code changes to the next full level.
Example:
This provides significantly better visibility into contamination behavior and machine condition.
One of the most advanced features of the system is its ability to analyze particle morphology and wear mechanisms.
Captured digital images combined with AI algorithms classify particles into categories such as:
This enables accurate root-cause diagnostics and predictive maintenance planning.
Our online oil analysis systems integrate seamlessly with:
This enables:
Early Fault Detection
Detect developing wear and contamination before failures occur.
Improved Asset Reliability
Reduce catastrophic failures and improve machinery performance.
Reduced Maintenance Costs
Minimize emergency repairs and unnecessary oil changes.
Better Maintenance Planning
Gain more lead time for spare parts planning and shutdown scheduling.
Enhanced Oil Life Optimization
Monitor actual lubricant condition instead of relying on time-based changes.
Reduced Sampling Errors
Continuous online monitoring eliminates inaccuracies associated with manual oil sampling.
Our advanced online oil analysis solutions support:
Industries trust VIBSpECTRUM because of our:
We help industries improve reliability, optimize maintenance strategies, and reduce operational risks through advanced online oil condition monitoring technologies.
This cutting-edge online sensor stands out in its category, able to detect particles and bubbles larger than 4 microns in machine fluids, categorizing them into six distinct size ranges. Specifically engineered for online use, it delivers real-time insights into machine condition by monitoring fluid contamination. With its durable, modular design, this sensor seamlessly integrates into any asset CMS or data acquisition system. OilWear® provides an advanced solution for monitoring and preventive maintenance of industrial equipment
is an advanced online monitoring sensor utilizing optical technology to accurately assess the degradation and contamination of lubricant oil throughout its service life. By providing real-time data on oil condition, it helps minimize the frequency of oil changes,
promoting environmental sustainability and process efficiency. Its probe-style design allows for direct installation into the lubrication system or storage sump, eliminating the need for bypass setups. With easy integration into SCADA, PC, PLC, or CMS systems, any issues can be addressed promptly and in real time.
Water is a significant threat to lubrication systems, as it can indicate leaks, promote corrosion of critical components, and degrade lubrication oil. OilMoisture is an online optical sensor that employs infrared technology to accurately measure water content in hydraulic and lubrication systems. By detecting water early, it helps prevent potential faults and enhances machinery reliability. Additionally, it can assess the risk of oil degradation, further protecting critical systems. Its versatile design allows for easy integration directly into lubrication systems or oil sump tanks.
Our integrated solutions offer a comprehensive and enriching experience by combining state-of-the-art technology, engineering services, and innovative solutions. This seamless integration simplifies installation and provides the flexibility to be used across
various locations. By incorporating advanced optical sensor technology, we deliver precise measurements of fluid condition, offering critical insights into machine wear and fluid degradation. Our main objective is to deliver measurable benefits, including
reduced operational risk, enhanced efficiency, and extended lifespan for vital assets.
The SMK integrates the unique OilWear® sensor with a built-in HMI display, offering real-time information directly alongside the machine. This advanced sensor detects and classifies particles and bubbles 4 microns and larger in machine fluid, providing precise data on contamination and machine status. The SMK is a plug-and-play kit compatible with all hydraulic systems
Oil CMS is an innovative and adaptable solution that utilizes Atten2 OilWear optical technology to count and analyze particles in lubrication systems. By leveraging advanced digital imaging, OilCMS offers a clear view of particles, differentiating air bubbles and identifying their shapes. It provides ISO 4406 counts and classifies particles into size categories: 4, 6, 14, 21, 38, and 70 microns. The captured digital images, combined with sophisticated algorithms, classify particles into categories such as fatigue wear, sliding wear, and cutting wear. This thorough classification enables a detailed analysis of the root causes of particles in the oil. Its portable and durable design allows for easy transportation and use across various machines.
![oilwear ss 300x300 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oilwear-ss-300x300-1.jpg "Atten[2] 1")
![oilwear c 300x300 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oilwear-c-300x300-1.jpg "Atten[2] 2")
![oilHealth probe max 300x300 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oilHealth-probe-max-300x300-1.jpg "Atten[2] 3")
![oilcms 2 300x300 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oilcms-2-300x300-1.jpg "Atten[2] 4")
![oilmoisture 300x300 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oilmoisture-300x300-1.jpg "Atten[2] 5")
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![Accesorio Probe manifold scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/Accesorio-Probe-manifold-scaled.jpg "Atten[2] 7")
![Module scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/Module-scaled.jpg "Atten[2] 8")
![OH OM 1 scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/OH-OM-1-scaled.jpg "Atten[2] 9")
![OH OM 4 scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/OH-OM-4-scaled.jpg "Atten[2] 10")
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![Untitled 2 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/Untitled-2.png "Atten[2] 16")
![OMManifold 1 1 scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/OMManifold-1-1-scaled.jpg "Atten[2] 17")
![OW 1 1 scaled Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/OW-1-1-scaled.jpg "Atten[2] 18")
![oem6 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oem6.jpg "Atten[2] 19")
![oem4 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/oem4.jpg "Atten[2] 20")
![atten Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/atten.png "Atten[2] 21")
![oem5 Atten[2]](https://vibspectrum.com/wp-content/uploads/2021/10/oem5.jpg "Atten[2] 22")
![cleanoil 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/cleanoil-1.png "Atten[2] 23")
![CTC 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/10/CTC-1.png "Atten[2] 24")
![Untitled 1 Recovered Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/Untitled-1-Recovered.png "Atten[2] 25")
![handsford 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2021/10/handsford-1.png "Atten[2] 26")
![hrd Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/hrd.png "Atten[2] 27")
![nordlock Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/10/nordlock.png "Atten[2] 28")
![wilson walton 1 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/10/wilson-walton-1.png "Atten[2] 29")
![ultrasonic Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/ultrasonic.png "Atten[2] 30")
![slew bearing Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/slew-bearing.png "Atten[2] 31")
![safegrid logo Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/10/safegrid_logo.png "Atten[2] 32"){kind=logo}
![mobius institute Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/10/mobius-institute.png "Atten[2] 33")
![SDT Logo Ultrasound Solution Wide Blue2 Atten[2]](https://vibspectrum.com/wp-content/uploads/2024/09/SDT-Logo-Ultrasound_Solution-Wide-Blue2.jpg "Atten[2] 34"){kind=logo}
Online oil analysis continuously monitors lubricant condition, contamination, wear particles, and oil degradation in real time while machinery is operating.
Unlike laser-based particle counters, Atten2 uses artificial vision technology and AI-powered optical imaging to differentiate air bubbles from contaminants and perform particle shape analysis.
Wear debris analysis identifies and classifies particles generated by machine wear to determine equipment condition and root causes of failures.
ISO 4406 is an international standard used to classify oil cleanliness levels based on particle contamination.
Yes. The system provides advanced fractional and decimal ISO trend monitoring for better contamination trend analysis.
The system can identify fatigue wear, sliding wear, cutting wear, abrasive wear, and other abnormal wear mechanisms.
Yes. The SMK and OilMoisture systems display moisture content in PPM in addition to other moisture-related parameters.
Industries including oil & gas, marine, manufacturing, mining, utilities, and power generation widely use these systems.
It provides continuous real-time diagnostics, enabling early fault detection and improved maintenance planning
Yes. The technology is approved and used by major organizations including Saudi Aramco, ADNOC, EGA, GE, Toyota, and other global industrial companies.
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