12 Mar Deep Dive: How Epicor Kinetic Advanced MES Transforms Shop Floor Control
The Problem: Operating in the “Black Box”
Most manufacturing delays originate in the “black box” of the shop floor—the critical gap between the time a machine goes down and the moment a supervisor finds out. When production data relies on manual logbooks or end-of-shift reports, decision-makers are forced to manage today’s operations using yesterday’s news. This latency kills agility, hides inefficiencies, and prevents accurate job costing.
Epicor Kinetic Advanced MES (formerly Mattec) eliminates this blindness by connecting your ERP directly to your machinery. By replacing manual data entry with automated signals from the machine interface unit (MIU) or PLC, this solution creates a real-time digital twin of your factory floor. It transforms raw machine pulses into actionable intelligence, bridging the divide between the “top floor” strategy and “shop floor” execution.
What You Will Gain
- Eliminate Human Error: Remove manual data entry mistakes by capturing cycle times directly from the equipment.
- Gain 24/7 Visibility: Monitor OEE, scrap rates, and downtime in real-time, not just at shift change.
- Unify Operations: Connect maintenance, quality, and scheduling into a single, reactive loop that prevents bottlenecks before they occur.
What Distinguishes Epicor Kinetic Advanced MES from Standard Data Collection?
Moving Beyond “Clock-In, Clock-Out”
Many manufacturers confuse standard data collection with a true Manufacturing Execution System (MES). It is critical to understand the difference between tracking labor and monitoring production.
Standard Kinetic MES (Human-Driven)
The standard Epicor Kinetic MES is primarily a transaction engine. It relies on operators to manually walk to a kiosk and input data: “I started Job A,” “I finished 10 parts,” or “I am clocking out.” While effective for basic labor costing, this method is reactive and prone to human error.
If an operator forgets to log downtime until the end of the shift, that improved capacity is lost forever.
Epicor Kinetic Advanced MES (Machine-Driven)
Epicor Kinetic Advanced MES flips the model by bypassing the human element for critical data. Using IoT sensors and direct machine interfaces (MIU), the system “listens” to the equipment itself.
- Automatic Counting: The machine signals every cycle, ensuring 100% accurate production counts without human tallying.
- Process Monitoring: It tracks specific physics—temperature, pressure, and vibration—to alert Quality Assurance if a machine drifts out of spec, often before a bad part is even made.
- Instant Alerts: If a machine stops, the system forces the operator to select a downtime reason immediately, or it triggers an alarm for the floor supervisor.
Why Real-Time Production Monitoring is Critical for Modern Manufacturers
The Benefit: Eliminate the “Shift-End Surprise”
Waiting for end-of-shift reports to identify downtime is a guaranteed way to lose capacity. Real-time production monitoring shifts the management style from reactive autopsy to proactive intervention.
Who needs this: Production Managers and Floor Supervisors.
What it does: Instead of relying on manual logs, the system pulls data directly from the machine every millisecond.
Why it matters:
- Instant Alerting: If a machine stops for more than 5 minutes, the system automatically triggers an alert to maintenance or the floor supervisor. This allows teams to “save the shift” while it is still happening.
- True OEE Tracking: By capturing micro-stops (short halts that operators rarely log), manufacturers often discover that their “85% efficiency” is actually closer to 60%, revealing hidden capacity.
- Customer Trust: When a customer asks “Where is my order?”, you can provide an exact status based on live machine data rather than an estimated guess.
How the Epicor Manufacturing Execution System Unifies Operations
The Benefit: A Single Source of Truth for Finance and Production
Silos between the carpeted office (ERP) and the concrete floor (MES) create financial blind spots. The Epicor manufacturing execution system bridges this gap by integrating the Machine Interface Unit (MIU) directly with the financial core of the business.
Where it applies: The interface between the shop floor network and the corporate ERP.
When to use it: Continuously, for bi-directional data flow.
Why it matters:
- Accurate Job Costing: Finance no longer relies on “standard costs.” They see the actual energy, labor, and machine hours consumed for every specific part.
- Dynamic Scheduling: If a machine goes down in the MES, the shop floor control software instantly updates the ERP schedule, moving dependent jobs to available work centers to protect delivery dates.
- Paperless Communication: Work instructions, drawings, and quality specs are pushed digitally to the operator’s station, ensuring they always work to the latest revision.
Where Epicor Shop Floor Data Collection Impacts Operational Efficiency
Beyond just counting parts, advanced Epicor shop floor data collection digs into the physics of production to recover lost margin.
Why it matters:
- Energy Monitoring: The system correlates energy usage with production output. You can identify machines that are consuming power while idling and reduce peak demand charges by scheduling heavy loads during off-peak hours.
- Scrap Reduction: Operators must select a reason code for every rejected part. This data creates a Pareto chart of defects, allowing engineers to attack the top 20% of causes that generate 80% of the waste.
- Statistical Quality Control (SQC): The system monitors process parameters (temperature, pressure) and alerts operators if a trend is drifting out of spec before a bad part is produced.
Who Benefits from Automated Shop Floor Control?
Operators
They gain clarity. Instead of filling out paper tally sheets, they use a touch-screen interface that shows exactly how they are performing against their goal for the hour. It gamifies production and removes administrative burden.
Plant Managers
They gain “remote control.” A manager can walk the floor with a tablet, seeing the real-time status of every asset—green for running, red for down—without needing to radio for updates.
Executives
They gain confidence. Strategic decisions on whether to buy a new machine or add a shift are based on hard data regarding asset utilization, not anecdotal evidence of being “too busy”.
When to Upgrade Your Manufacturing Execution Strategy
Growth breaks manual processes. There is a specific tipping point where spreadsheets and whiteboards become liabilities rather than tools.
Key Indicators for Upgrade:
- High Scrap Rates: You know you are wasting material, but you cannot pinpoint exactly why or when it is happening.
- Unexplained Downtime: “Machine trouble” is the most common entry in your logbooks, lacking the detail needed for root cause analysis.
- Data Lag: You are making scheduling decisions on Tuesday based on production reports from Friday.
If Epicor Kinetic Advanced MES detects these signals, it upgrades your operation from a “black box” to a “glass house,” providing the transparency needed to scale profitably.
Conclusion
Epicor Kinetic Advanced MES is more than a tracking tool; it is the nervous system of a modern factory. By replacing manual assumptions with automated facts, manufacturers can uncover hidden capacity, reduce energy waste, and deliver on time with confidence.
Take the Next Step
Stop managing by looking in the rearview mirror. Audit your current visibility gaps today and schedule a demo to see how connected manufacturing can transform your shop floor control.
Scaled Solutions Group is here to guide you every step of the way.
For more information, contact Scaled Solutions Group at (866) 957-8419
Email info@scaledsolutionsgroup.com or Visit www.Get-Scaled.com.