Predictive maintenance
Models read machine signals on site and warn the maintenance team before a stoppage.
Manufacturing · Maintenance
Fault code lookup for technicians
Technicians get the cause and the fix for an alarm without walking back to the office.
- Rugged handheld
- Works offline
Rugged handheld assistantOn this device · no internet needed
E-207 on the robot cell?
Gripper vacuum lost. Check the suction cups and the hose at joint 6, then reset from the pendant.
Where is the vacuum pressure switch?
On the valve block behind panel 2 of the robot cell, labelled PS-3.
It came back after the reset.
Replace the suction cups on gripper B. They are the usual cause when the alarm returns within an hour.
The problem
Alarm codes differ by machine and vendor, and the manuals are thick and kept in the office. Technicians walk back and forth, or rely on memory and colleagues. Long diagnosis times keep machines down.
Who uses it
Maintenance technicians and electricians, on a rugged handheld at the machine.
What you train it on
- Machine alarm lists
- Troubleshooting guides
- Maintenance history
- Electrical drawings
How it works on the device
- 1
Trained on your machine manuals
Alarm lists, troubleshooting guides and your own fix history.
- 2
Answers at the machine
The technician enters or speaks the code and gets the cause and steps.
- 3
Learns from your fixes
Reported fixes are added to the next version for every technician.
Why it runs on the device
Faster diagnosis
The cause and steps come to the machine.
Your plant’s knowledge
Fixes your team found are shared with everyone.
Works anywhere on site
Including areas with no network.
Questions
It works with the manuals and alarm lists you provide, for any brand.
No. It tells the technician how. Resets stay on the machine.
Technicians report what worked; your team reviews it and it goes into the next version.
Related use cases
All use casesPut AI where your work happens.
Pick one team and one use case. We’ll have it running on your own devices in weeks.