by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
OEE Software for Aerospace Manufacturers in Texas (2026 Guide) TL;DRAerospace manufacturers in Texas have median OEE of 48% with world-class top-decile at 72%. The largest hidden loss is inspection pauses (42% of losses). Real-time OEE software typically captures 5-15...
by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
OEE Software for Plastics & Polymers Manufacturers in Ohio (2026 Guide) TL;DRPlastics & Polymers manufacturers in Ohio have median OEE of 66% with world-class top-decile at 85%. The largest hidden loss is micro-stops under 5 minutes (38% of losses)....
by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
OEE Software for Automotive Manufacturers in Michigan (2026 Guide) TL;DRAutomotive manufacturers in Michigan have median OEE of 64% with world-class top-decile at 86%. The largest hidden loss is equipment breakdowns (34% of losses). Real-time OEE software typically...
by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
MES vs OEE Software — Which Should You Choose in 2026? TL;DRMES (Manufacturing Execution System) covers 11 ISA-95 functions including OEE plus scheduling, quality, traceability, document control. OEE software covers OEE only with deeper functionality. For most...
by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
Planned vs Unplanned Downtime — A Strategy Guide TL;DRPlanned downtime is scheduled in advance and minimized through optimization (SMED, predictive maintenance). Unplanned downtime is unpredictable and minimized through reliability improvements (real-time tracking,...
by Équipe TEEPTRAK | May 5, 2026 | Industrial Performance
Manufacturing Downtime Cost — A 6-Category Framework TL;DRThe true cost of manufacturing downtime has 6 components: lost margin, emergency maintenance, scrap and restart, idle energy, logistics impact, and overtime labor. Most plants only count 1-2 components...
