May 19 th 2015 SHOP FLOOR INTEGRATION WITH

  • Slides: 14
Download presentation
May 19 th, 2015 SHOP FLOOR INTEGRATION WITH DYNAMICS AX Gregor Newland & Mikhail

May 19 th, 2015 SHOP FLOOR INTEGRATION WITH DYNAMICS AX Gregor Newland & Mikhail Roytman Ellipse Solutions MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 1

AGENDA – INTEGRATING SHOP FLOOR IN AX § Understanding Where MES & Shop Floor

AGENDA – INTEGRATING SHOP FLOOR IN AX § Understanding Where MES & Shop Floor Machinery Fit in the Technology Layers § What AX Already Has § Business & Operational Reasons for Shop Floor Integration § Data Harvesting (Phase 1) vs Real-Time Bi-Synchronous Integration § Honoring Production Steps in AX § Demo § Final Thoughts and Questions MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 2

INTEGRATION OF LAYERS Shop Floor Machinery MES • • • Wonderware MERLIN Custom Developed

INTEGRATION OF LAYERS Shop Floor Machinery MES • • • Wonderware MERLIN Custom Developed Microsoft Dynamics AX MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 3

WHY INTEGRATE? Shop Floor to Top Floor visibility, interaction, and management § For those

WHY INTEGRATE? Shop Floor to Top Floor visibility, interaction, and management § For those who need more than Shop Floor Control (AX 2009) and Manufacturing Execution System (AX 2012) Connect Microsoft Dynamics AX to shop floor in real time § Know exactly what is happening at machines through bisynchronous communication with Dynamics AX MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 4

WHY INTEGRATE? Automatic Data Collection from the machines § Have accurate and objective data

WHY INTEGRATE? Automatic Data Collection from the machines § Have accurate and objective data collected directly from machines and manual workstations, including part counts, run time, down time and reject counts by reason codes. § Minimize reliance on the machine operator for information, eliminating errors. MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 5

WHY INTEGRATE? Feed Dynamics modules with automatic and accurate data: § Shop Floor Control

WHY INTEGRATE? Feed Dynamics modules with automatic and accurate data: § Shop Floor Control with Production Order completion data, accurate times and counts § Inventory Management with quantities produced and consumed § Product Management with accurate job standards, viscosity, heat measurements, run rates § EAM with machine cycles, run hours, down time, reason codes, asset utilization § HR Time and Attendance with operator log in, time on machine and piece count § Quality Control with rejects and reasons MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 6

WHY INTEGRATE? § Production improvements in the 10% - 50% range ‒ 10% Operational

WHY INTEGRATE? § Production improvements in the 10% - 50% range ‒ 10% Operational improvement ‒ 20 -60% Profit improvement ‒ Average ROI in < 3 months § Real-time machine visibility + OEE numbers including alerts 2% - 5% § Operator Productivity increases 1% - 10% § Reduce Downtime 3% - 8% MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 7

WHY INTEGRATE? § Minimize Rejects - 2% - 4% § Root Cause analysis -

WHY INTEGRATE? § Minimize Rejects - 2% - 4% § Root Cause analysis - 2% - 4% § Value analysis stream data collection and - 2% - 4% § Labor productivity tracking 3% - 6% § Usage-based Preventive Maintenance - 1% - 2% § Benchmark scheduling and value streaming - 2% - 6% MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 8

WHY INTEGRATE? Simple monitoring (data harvesting) often Phase 1 – but does not provide:

WHY INTEGRATE? Simple monitoring (data harvesting) often Phase 1 – but does not provide: § Real-time process monitoring within AX production and scheduling functionality § Instant communications of BOMs & BOM revisions to the shop floor § On the fly changes of order priorities in real-time § A single version of the truth ‒ ‒ ‒ Production Orders Scheduling Planning Inventory Updates BOM Revisions MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 9

PRODUCTION ORDER STEPS Master data Create BOM, Route Estimate Schedule Release Start MES Integration

PRODUCTION ORDER STEPS Master data Create BOM, Route Estimate Schedule Release Start MES Integration Workflow MES MANUFACTURING & SUPPLY CHAIN @AXUG Production Order Route/Job Card Production Picking Report as Finished End JOIN AXUG 10

PRODUCTION ORDER STEPS Master data § Single Version of the Truth § Reliance on

PRODUCTION ORDER STEPS Master data § Single Version of the Truth § Reliance on a Single Data Base § One-Step Order Creation § One source for BOMs and Routes MES § Faster Roll-Out of BOM Changes § Faster Roll-Out of New Products § No Need to Manage/ Reconcile Multiple Scheduling Tools § Only Available in Bi-Synchronous Model MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG Production Order Create BOM, Route Estimate Schedule Release Start Route/Job Card Production Picking Report as Finished End

PRODUCTION ORDER STEPS Master data § Real Time Monitoring of Shop Floor Processes Create

PRODUCTION ORDER STEPS Master data § Real Time Monitoring of Shop Floor Processes Create BOM, Route Estimate Schedule Release § Route Card Updates as They Happen § Approved BOM Substitutions Automatically Updated § Automated Inventory Entries (Components, Raw Materials, Scrap & Finished Goods) § Production Scheduling Experiences Finished Orders In Real Time § Use AX Reporting Tools for Performance Analysis MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG Production Order MES Start Route/Job Card Production Picking Report as Finished End

DEMO HTTPS: //WWW. YOUTUBE. COM/WATCH? V=Y 4 ABMNLHOIU&FEATURE=YOUTU. BE MANUFACTURING & SUPPLY CHAIN @AXUG

DEMO HTTPS: //WWW. YOUTUBE. COM/WATCH? V=Y 4 ABMNLHOIU&FEATURE=YOUTU. BE MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 13

THINGS TO REMEMBER § Most older machines can be retro-fitted § Licensing Considerations §

THINGS TO REMEMBER § Most older machines can be retro-fitted § Licensing Considerations § Operational returns easier to justify § Examine and consider ROI from granular gains § Bi-synchronicity is a must – the other glass is half empty § Start with a single “pilot” line/project MANUFACTURING & SUPPLY CHAIN @AXUG JOIN AXUG 14