What we monitor
The equipment that drives your production
CNC & Production Equipment
Lathes, mills, grinders, and machining centers. Spindle health tracking, tool wear monitoring, and vibration analysis.
Assembly Lines
Conveyors, stations, and automated systems. Cycle time monitoring, throughput tracking, and bottleneck detection.
Utility Systems
Compressors, chillers, and hydraulic power units. Pressure monitoring, temperature tracking, and energy efficiency analysis.
Sound familiar?
Unplanned downtime eats OEE
Every unplanned stop chips away at your OEE targets. Reactive maintenance costs 3 to 9x more than planned work, and the production hours lost can never be recovered.
Aging equipment, retiring workforce
Your most experienced technicians are retiring, and the equipment they understood best is still running. New hires face machines with decades of undocumented quirks and workarounds.
Maintenance vs. production: daily battle
Scheduling maintenance without disrupting production is a constant negotiation. Operations needs every hour of uptime, and maintenance needs access to do their job. Someone always loses.
How Dovient works
An AI copilot that understands production equipment, OEE targets, and maintenance scheduling
Dovient connects to your existing equipment, CMMS, and sensor data. The AI agents learn your plant's patterns and proactively manage the work your team shouldn't have to do manually.
CNC and production equipment health monitoring
Agents track spindle vibration, tool wear patterns, and thermal drift across your CNC fleet. Degradation is identified before it causes scrap or unplanned stops.
CNC spindle wear detected before it causes scrap.
Production-aware maintenance scheduling
Maintenance tasks are scheduled during shift changes, changeovers, and planned downtime. The system understands your production calendar and never schedules work mid-run.
Maintenance scheduled during shift changes, not mid-run.
Spare parts forecasting based on degradation patterns
The system tracks degradation curves for critical components and orders parts before they're needed. No more emergency orders with overnight shipping charges.
Parts ordered automatically when degradation thresholds are reached.
Standardized procedures across shifts and sites
Every repair procedure, setup instruction, and troubleshooting guide is captured and standardized. New operators follow guided procedures from day one.
New operators follow guided procedures from day one.
Outcomes
What changes in your first 90 days
CNC spindle wear discovered when parts start failing quality checks
CNC spindle wear detected before it causes scrap
Maintenance scheduled whenever production allows
Maintenance scheduled during shift changes and changeovers, not mid-run
Parts ordered when something breaks, with rush shipping
Parts ordered automatically when degradation thresholds are reached
New operators learn through trial and error
New operators follow guided procedures from day one