Downtime you schedule, not downtime that happens.
Pumps, motors, compressors, machine tools and presses on one screen. Mixed vendors included. Live the same afternoon.
The first sign of a failing bearing is usually a stopped line.
The readings that predict the stop already exist inside your equipment. Getting to them has always meant a project that lands long after you needed it.
Mixed-vendor equipment that has never shared a screen
Quotes and timelines bigger than the problem being solved
Failures found once the line has already stopped
Maintenance working blind between service intervals
The readings that actually predict a stop.
Sentrel reads the equipment you already run over Modbus and OPC-UA. No new sensors, no replacements, no changes to the control system.
Vibration, bearing temperature, current draw, speed and pressure. The early signs of a failure in progress.
Spindle load, cycle time, jam and fault states, so a drifting process shows up before it makes scrap.
Uptime, throughput and OEE from those same readings. A live picture instead of a morning report.
Surprise stops become planned work.
You find the failing bearing days before it seizes, and service on condition instead of on the calendar.
- Unplanned downtime caught early enough to schedule around
- Service based on how the machine is actually running
- Audit-ready production records for quality reviews
- Each line, role and site seeing only what belongs to it
Manufacturing, answered.
No. Sentrel reads the equipment you already run over Modbus and OPC-UA through a gateway you already own, and it does not touch your control logic.
An afternoon. Describe the equipment and its limits, review what Sentrel proposes, and put it live. There is no engagement to schedule first.
Yes. Readings are sealed when recorded and kept in a complete, verifiable trail, with role-based access over who can see and change what.
See your equipment this afternoon.
Describe what you want watched, connect a gateway you already own, and be live today.