Ultrasonic

How we can help you

Ultrasonic Program Development

Thanks to our team of qualified engineers, we are able to offer our customers the expertise they need to carry out inspections, analyses and diagnostics on their critical production equipment using state-of-the-art ultrasonic technology.

In particular, our customers are able to use one of the applications most widely used by leading industries: ultrasonic-assisted lubrication, a technique that uses ultrasound to measure friction levels in bearings and determine when and how much grease to apply.

Ultrasonic with Predictive Analysis

Our cloud-based solution, Spartakus APM, gain 25% in reporting effiency on ultrasonic and other predictive maintenance technologies. It enables a standardized reporting approach with failures modes, observations, pictures, recommendations and more.

Additionally, it automatically generates KPIs such as Asset Health, Schedule Compliance, Bad Actors and more. It consolidates all preventive and predictive maintenance activities into a single platform.

Ultrasonic Training

With over 50 years of industry expertise, Spartakus is your trusted partner for comprehensive training on Ultrasonic.

We offer complete and flexible trainings on Ultrasonic and its application in the industrial processes.

Ultrasonic Program Development

Thanks to our team of qualified engineers, we are able to offer our customers the expertise they need to carry out inspections, analyses and diagnostics on their critical production equipment using state-of-the-art ultrasonic technology.

In particular, our customers are able to use one of the applications most widely used by leading industries: ultrasonic-assisted lubrication, a technique that uses ultrasound to measure friction levels in bearings and determine when and how much grease to apply.

Ultrasonic with Predictive Analysis

Ultrasonic Training

Addressing ultrasonic proactively helps you:

  1. Monitoring bearings and rotating machinery: Ultrasound detects subtle increases in friction, indicating insufficient wear or lubrication of bearings.
  2. Detecting gas and compressed air leaks: Most leaks emit ultrasound, inaudible to the human ear. The use of ultrasonic devices enables these leaks to be located quickly, thus reducing energy losses and associated costs.
  3. Inspection of electrical systems: Electrical faults, such as partial discharges, generate detectable ultrasound. Ultrasonic inspection can be carried out on electrical equipment in open access or closed enclosures, whatever the voltage, enabling early identification of problems and proactive intervention.