Maintenance and Efficiency Solutions
Going beyond traditional mechanical approaches in the field, we effectively utilize data analytics in maintenance and efficiency solutions.
We work on advanced engineering methods and data-driven approaches developed to increase equipment efficiency and minimize failures.
01
How and What are we doing?
| We collect real-time performance data of equipment using IoT-based sensors and AI-supported analysis systems. We minimize operational interruptions and reduce failures by identifying inefficiencies through Equipment Efficiency Index (OEE). |
02
Predictive Maintenance and Failure Forecasting
| We monitor equipment operational data using IoT sensors and big data analytics, predicting potential failures using machine learning algorithms. We increase operational continuity by detecting failures in advance through the Predictive Maintenance Index (PMI). |
03
Autonomous Maintenance and Operator Involvement
We ensure equipment operates at optimum performance by involving operators in autonomous maintenance processes. We monitor maintenance effectiveness through the Autonomous Maintenance Index (AMI) and extend equipment life through simple maintenance operations.
04
Efficiency Improvement and Technology Integration
| We optimize equipment performance using IoT sensors, robotic automation, and big data analytics. We continuously monitor efficiency improvements through Real-Time Performance Monitoring Systems and measure them with the Equipment Performance Improvement Index (EPPI). |
05
Continuous Monitoring and Feedback Loop
| We continuously collect equipment performance data through Real-Time Monitoring Systems and detect deviations using Statistical Process Control (SPC). We achieve improvements by regularly reporting equipment performance through Feedback Reports. |
What Results Do We Achieve
With our solutions, we provide organizations with scalable, directly beneficial concrete successes.
Equipment Efficiency
We increase equipment efficiency by 12.8% through preventive and predictive maintenance strategies.
Failure Prediction and Reduction
We extend equipment life by reducing failures by 15.2% through predictive maintenance solutions
Autonomous Maintenance
We achieve 11.5% more efficient equipment operation through operator involvement.
Efficiency Increase
We increase efficiency in production processes by 14.7% through technology integration.
Continuous Improvement
We achieve 13.3% improvement in maintenance processes through real-time monitoring and feedback loops.
Equipment Efficiency
We increase equipment efficiency by 12.8% through preventive and predictive maintenance strategies.
Failure Prediction and Reduction
We extend equipment life by reducing failures by 15.2% through predictive maintenance solutions
Autonomous Maintenance
We achieve 11.5% more efficient equipment operation through operator involvement.
Efficiency Increase
We increase efficiency in production processes by 14.7% through technology integration.
Continuous Improvement
We achieve 13.3% improvement in maintenance processes through real-time monitoring and feedback loops.
Equipment Efficiency
We increase equipment efficiency by 12.8% through preventive and predictive maintenance strategies.
Failure Prediction and Reduction
We extend equipment life by reducing failures by 15.2% through predictive maintenance solutions
Autonomous Maintenance
We achieve 11.5% more efficient equipment operation through operator involvement.
Efficiency Increase
We increase efficiency in production processes by 14.7% through technology integration.
Continuous Improvement
We achieve 13.3% improvement in maintenance processes through real-time monitoring and feedback loops.
Equipment Efficiency
We increase equipment efficiency by 12.8% through preventive and predictive maintenance strategies.
Failure Prediction and Reduction
We extend equipment life by reducing failures by 15.2% through predictive maintenance solutions
Autonomous Maintenance
We achieve 11.5% more efficient equipment operation through operator involvement.
Efficiency Increase
We increase efficiency in production processes by 14.7% through technology integration.
Continuous Improvement
We achieve 13.3% improvement in maintenance processes through real-time monitoring and feedback loops.
Equipment Efficiency
We increase equipment efficiency by 12.8% through preventive and predictive maintenance strategies.
Failure Prediction and Reduction
We extend equipment life by reducing failures by 15.2% through predictive maintenance solutions
Autonomous Maintenance
We achieve 11.5% more efficient equipment operation through operator involvement.
Efficiency Increase
We increase efficiency in production processes by 14.7% through technology integration.
Continuous Improvement
We achieve 13.3% improvement in maintenance processes through real-time monitoring and feedback loops.
Analytical Scales:
- Overall Equipment Effectiveness – OEE
- Predictive Maintenance Index – PMI
- Autonomous Maintenance Index – AMI
- Equipment Performance Improvement Index – EPPI
- Feedback Performance Index – FPI
We provide long-term and sustainable advantages to businesses with our data analytics-based approaches in maintenance and efficiency solutions. While increasing the efficiency of equipment, we ensure that costs are reduced and processes are optimized by maintaining operational continuity.