Integrate data from production, supply chain, inventory, and sales for real-time insights that drive smarter decisions.
Simplify Invoice processing, exception management, material pricing updates and monitoring, compliance checks to drive revenue.
Digitize your shopfloor analytics, Analyze Overall Equipment Efficiency (OEE) easily, and drive success.
Define benchmarks and measure factory performance across various parameters like production, quality, utilities, fuel & manpower.
Analyze shopfloor metrics like OEE, APQ, Maintenance across production lines for improved operational efficiency.
Optimize inventory of parts, reduce production costs, and improve procurement efficiency.
Streamline warehouse operations, manage PO tracking, reconciliations, ensure seamless procurement, maintain accurate records and reduce discrepancies.
Automate inspections, optimize workflows, and ensure consistent production quality.
Simulate product pricing and optimize for maximum profits while keeping track of demand, competitors, costs, etc.
Integrate all your data sources, map them to your KPIs, analyze your data and visualize insights.
Overall Equipment Effectiveness (OEE) measures manufacturing equipment efficiency by evaluating three key factors: availability, performance, and quality, offering a comprehensive assessment of equipment productivity and effectiveness.
Overall Equipment Effectiveness = (Availability) × (Performance) × (Quality)
Throughput measures the rate at which a facility produces products within a given period. It reflects production speed, efficiency, and the system's capacity to meet demand effectively.
Throughput = Produced quantity / Time (hour or day)
Cycle time is the total time required to complete a single production cycle or unit of output within a manufacturing process, from start to finish.
Cycle Time = (Current year’s total deposits – Last year’s total deposits) / Last year’s total deposits
Takt time refers to the pace or rhythm at which a product needs to be produced to meet customer demand.
Takt Time = Available time / Customers daily demand
The downtime is the proportion of total available time that manufacturing equipment or systems are non-operational due to maintenance activities.
Downtime Percentage = (Downtime / Operating time) × 100
Scrap rate is the proportion of products that are discarded or scrapped due to quality issues during the manufacturing process.
Scrap Rate = (Scrap / Produced quantity) × 100