Predictive Maintenance Platform

Convert reactive repairs into proactive prevention with AI-driven insights that predict equipment failures before they happen, maximizing uptime and extending asset life.

The Maintenance Challenge

Unexpected Failures

Critical equipment failures cause production losses worth millions, with a single hour of downtime in heavy industries costing $50,000+.

Inefficient Maintenance

Time-based maintenance results in unnecessary interventions on healthy equipment while missing developing failures.

Spare Parts Inventory

Without failure prediction, maintaining optimal spare parts inventory becomes a costly balancing act.

Resource Planning

Reactive maintenance disrupts schedules, strains maintenance teams, and increases overtime costs.

Our Predictive Maintenance Approach

Our Predictive Maintenance Platform combines advanced sensor technology with machine learning algorithms to detect anomalies, predict failures, and optimize maintenance schedules. By analyzing patterns in vibration, temperature, pressure, and other parameters, we provide actionable insights that prevent costly breakdowns.

Solution Architecture

Data Acquisition: Vibration Sensors • Temperature Probes • Acoustic Monitoring • Oil Analysis • SCADA Data
Edge Processing: Real-time FFT Analysis • Feature Extraction • Anomaly Detection • Data Compression
AI/ML Engine: Failure Mode Recognition • RUL Prediction • Pattern Learning • Degradation Modeling
Action Layer: Work Order Generation • Mobile Alerts • Maintenance Scheduling • Parts Ordering

Key Capabilities

Condition Monitoring

  • 24/7 real-time equipment health monitoring
  • Multi-parameter tracking and correlation
  • Automated baseline establishment
  • Threshold-based and trend-based alerting

Failure Prediction

  • Machine learning-based failure mode detection
  • Remaining Useful Life (RUL) estimation
  • Failure probability scoring
  • Root cause analysis capabilities

Vibration Analysis

  • FFT spectrum analysis
  • Bearing defect frequency identification
  • Imbalance and misalignment detection
  • Resonance and looseness monitoring

Thermal Monitoring

  • Infrared thermography integration
  • Hot spot detection and tracking
  • Temperature trend analysis
  • Thermal pattern recognition

Maintenance Optimization

  • Dynamic maintenance scheduling
  • Criticality-based prioritization
  • Maintenance window optimization
  • Resource and spare parts planning

Mobile Workforce Support

  • Mobile app for field technicians
  • Digital work instructions
  • Augmented reality guidance
  • Offline data capture capability

Equipment Coverage

Our platform monitors critical equipment across industrial operations:

Rotating Equipment

  • Motors and generators
  • Pumps and compressors
  • Fans and blowers
  • Gearboxes and bearings
  • Turbines and rotary kilns

Process Equipment

  • Heat exchangers
  • Boilers and furnaces
  • Crushers and mills
  • Conveyors and elevators
  • Separators and screens

Electrical Systems

  • Transformers
  • Switchgear and MCCs
  • Variable frequency drives
  • Power distribution panels
  • UPS and battery banks

Expected Outcomes

Reduced Downtime

Decrease unplanned downtime by 50-70% through early failure detection and prevention

Maintenance Efficiency

Reduce maintenance costs by 25-35% through optimized scheduling and targeted interventions

Extended Asset Life

Increase equipment lifespan by 20-40% through optimal operating conditions and timely maintenance

Improved Safety

Prevent catastrophic failures and reduce safety incidents through predictive insights

Implementation Roadmap

1

Asset Assessment

Week 1-2: Critical equipment identification, failure mode analysis, and sensor requirement mapping

2

Sensor Deployment

Week 3-6: Sensor installation, network setup, and data acquisition testing

3

Baseline & Training

Week 7-10: Normal behavior baseline, ML model training, and threshold configuration

4

Integration & Testing

Week 11-12: CMMS integration, alert configuration, and pilot validation

5

Scale & Optimize

Ongoing: Gradual rollout to additional assets, model refinement, and ROI tracking

Industries We Serve

Our Predictive Maintenance Platform protects critical assets across heavy process industries:

Cement & Building MaterialsSteel & Metal ProcessingChemical & PetrochemicalMining & MineralsPower GenerationPulp & Paper

From monitoring ball mills and rotary kilns in cement plants to preventing compressor failures in chemical processing, our platform adapts to the unique equipment and operating conditions of heavy process industries.

Prevent Your Next Equipment Failure

Discover how predictive maintenance can transform your reliability and reduce costs