UE Systems Inc products

The Ultraprobe 15,000 uses ultrasound to analyze everything from bearings and electrical systems to steam traps and leaks. With an intuitive, built-in touch screen, this single hand-held tool can easily test and report on every aspect of a plant’s equipment.

The Ultraprobe 10,000 is an advanced ultrasonic instrument that can be used for all ultrasound applications. Ideally suited for condition monitoring of bearings and electrical inspections. This instrument brings ultrasound technology to a new level by allowing inspectors to record and analyze sound samples, and store and manage data. 

The Ultraprobe 9000 is a digital ultrasonic instrument that specializes in bearing condition monitoring, compressed air leaks, along with steam traps and valves. This instrument combines the best of both worlds by scanning as quickly as analog instruments while also using digital information to store and trend data with the push of a button. The Ultraprobe 9000 is an intrinsically safe instrument with the option of an ATEX model for use in rated areas.

The Ultraprobe 3000 is an advanced digital ultrasonic leak detector specializing in compressed air, leak detection, and steam traps. This instrument is versatile and offers reporting capabilities such as on-board data logging. Use this instrument with our Ultratrend DMS software to create reports, allowing you to download leak data, add comments and pictures, and export leak data in excel. This also works seamlessly with the new Leak Survey SideKick App.

The Ultraprobe 2000 offers a unique and accurate listening experience that allows you to identify and locate compressed air leaks and faulty steam traps. Since ultrasound is very directional and localized, this instrument comes with the ability to easily adjust the frequency for a faster and more accurate inspection.

The Ultraprobe 401 Digital Grease Caddy removes the guesswork of lubrication by allowing you to monitor the friction in your bearings, ensuring you are applying the right amount of lubrication. By moving from time-based monitoring to condition-based monitoring, you are setting yourself up for a more reliable and efficient maintenance program. You can also store and trend decibel levels so you always know the health of your bearings.