MES

Manufacturing execution systems

Epicor Advanced MES   (Mattec)

Benefits of MES

"Manufacturing Execution Systems [help] create flawless manufacturing processes and provide real-time feedback of requirement changes", and provide information at a single source. Other benefits from successful MES implementation might include:

  1. Reduced waste, re-work and scrap, including quicker setup times

  2. More accurate capture of cost-information (e.g. labor, scrap, downtime, and tooling)

  3. Increased uptime

  4. Incorporate paperless workflow activities

  5. Manufacturing operations traceability

  6. Decreases downtime and easy fault finding

  7. Reduced inventory, through the eradication of just-in-case inventor

Manufacturing Execution Software That Drives Results

Eliminate inefficiencies and make better decisions with accurate, easy-to-read, real-time information from Epicor Advanced MES. Answer tough questions to improve productivity, lower costs, and gain a competitive edge. With Advanced MES, you can:

  • Get 24/7 manufacturing information for all your plant operations

  • Implement continuous improvement initiatives to drive business growth and transform the shop floor into a center of excellence

  • Reduce scrap, waste, and machine downtime with improved cycle times and production schedule efficiency

Epicor Mattec MES Capabilities

Production Monitoring

 

With Production Monitoring for Advanced MES, you can capture data directly from machines and operators and get real-time production metrics and analytics in an easy-to-digest, visual manner.

  • Eliminate manual data collection

  • Receive instant alerts for machine conditions and cycle process variations, efficiency and scrap rates

  • Get automated alerts for help calls and preventative maintenance

  • Improve cycle times, overall equipment effectiveness (OEE), and plant productivity

Process Monitoring

 

Process Monitoring for Advanced MES gives you a real-time view of process parameters as each part is being produced. Identify problems and send alerts, trigger alarms, or even automatically shut down a machine.

  • Monitor every cycle and every machine for real-time visibility into production and quality problems

  • Reduce scrap and rework with automatic part qualification and rejection

  • Capture part and machine process data for traceability purposes

  • Maximize production and reduce costs by automating capture of Statistical Process Control (SPC) and Statistical Quality Control (SQC) results

Quality Management

 

Statistical process control (SPC) and statistical quality control (SQC) with Advanced MES use real-time, automatic data to help you respond to production conditions helping to reduce costly scrap and rework.

  • Reduce scrap and rework with automatic part qualification and rejection

  • Satisfy customer requirements and avoid chargebacks and defect penalties by ensuring conformance to quality standards

  • Drive continuous improvements to eliminate waste, increase uptime, and reduce costs

 
 
Alerts and Notification

 

Epicor Advanced MES provides alerts and notifications that help supervisors, maintenance crews, and engineers respond faster and keep production on track. With automatic message routing and escalation, your staff can react to conditions in the plant immediately.

  • Minimize downtime with faster response and resolution

  • Generate automatic alerts for downtime, machine cycle speeds, process conditions, and exceptions

  • Communicate multiple ways to ensure the message is received. Text messages, loudspeaker announcements, e-mail, flashing lights, and audible sounds are just a few of the ways Advanced MES can send alerts.

Production Scheduling

 

Advanced MES real-time visual production scheduling keeps constant pace with what’s happening on the shop. When jobs start at the right time and orders finish when they’re supposed to, your company can more reliably deliver on its commitments.

  • See what is really happening on the floor with visual production scheduling tools that are changing real-time based on actual cycle time, uptime and scrap rates

  • Easily manage Family Molding and optimize lean manufacturing using Kanban scheduling

  • Identify Tooling conflicts to avoid costly downtime

  • Maximize machine loading and minimize downtime to reduce costs and capital expenditure

  • Evaluate schedule performance to identify activity-coordination problems, resource conflicts, and possible cost overruns

Advanced Analytics

 

Bring operations data to life. Quickly and dynamically visualize every bit of information, and use it to make decisions in one plant or many. Advanced Analytics is a click-to-explore vehicle that helps managers and executives establish priorities, and determine what needs work and who needs help.

  • Eliminate manual analysis for better, faster strategic decisions

  • Leverage production information for planning and strategic problem solving

  • Increase responsiveness with contextual insight across the enterprise

  • Drive continuous improvement

 
Maintenance Management

 

Advanced MES helps you take a proactive, deliberate approach to maintenance, repair, and overhaul (MRO). Control activities for machine, tools, and auxiliary equipment based on actual runtime, number of cycles or time, so that you can eliminate guesswork and conflicts from your maintenance program.

  • Enable a preventative maintenance program

  • Improve equipment reliability and boost longevity

  • Get automated alerts for help calls and preventative maintenance

  • Avoid production/maintenance scheduling conflicts

  • Prevent costly machine repairs and unplanned downtime

  • Conduct maintenance activities with precision

Energy Monitoring

 

Analyze load patterns, production requirements, and resource demands for energy savings. With Energy Monitoring, you can keep an eye on energy performance indicators (EPIs) to reduce consumption and cut costs.

  • Monitor utility consumption and pinpoint energy savings opportunities at each machine

  • Analyze, report, and track energy use with real-time scorecards

  • Get the facts about the energy cost to produce each part

  • Create the optimal startup sequence to lower peak energy consumption

  • Understand tradeoffs between using existing equipment and capital investments