Anticipate failures, avoid unplanned downtime, and ensure maximum reliability for your critical assets with accurate, real-time data.
Plug-and-Play Installation: No cables, no construction work, and no need to halt production for installation.
Attachment using instant adhesive.
Connectivity via Ethernet, Wi-Fi, or 3G/4G.
Definition of technical specifications.
Notifications via email, WhatsApp, and the web.
A versatile solution designed to adapt to any asset, monitoring vibration and temperature with surgical precision.
Turn complex data into practical maintenance recommendations.
Based on global standards and the performance history of similar assets.
Enhance your insights through real-world feedback.
It adapts to the unique behavior of each piece of equipment.
Break down barriers between systems and consolidate your data into a single, centralized, intelligent ecosystem.
Tebe IoT Sensors:
Wireless vibration and temperature monitoring.
Integrated Legacy Systems: Connection of sensors and PLCs via the OPC Server portal.
Centralization:
Consolidates data from new sensors and legacy systems into a single interface.
Standardization: Efficient connectivity management and data routing.
Supervisory Systems (SCADA):
Feeding existing control screens with real-time data.
ERP & CMMS: Integration via API to streamline the creation of work orders.
Check out the technical specifications of the sensor that’s a hit with maintenance managers.
See how Transpetro reduced fuel oil pumping downtime from 9 days to 5 hours of scheduled maintenance and achieved a 20x ROI in less than 3 months with our Tebe NXG sensor.
Find out how Usina Cocal, a leader in Brazilian agribusiness, has avoided unexpected downtime, improved operational safety, and achieved greater predictability in maintenance through continuous 24/7 monitoring.
Reduced riskof serious accidents
How one of the leading sugar and ethanol producers in the city of Araras, São Paulo, improved the performance of its assets and reduced the number of shutdowns during the 2023 harvest by using the Tebe NXG sensor.