Introducing Redington Industrial IoT Analytical Platform for Manufacturing AutomationTALK TO AN EXPERT
As we step into the digital and automation era, the needs of businesses and industries are exponentially evolving. It has become a mandate, now more than ever, to adopt AI/ML driven strategies and transform traditional enterprise methods of working in the manufacturing sector to get ‘more out of less’. Understanding the need of the hour, we’ve introduced the Redington Manufacturing Analytical Platform, a one-stop ready-made analytics solution for the manufacturing sector to achieve seamless digital transformation.
Fix when broken
Scheduled maintance activities
Maintance based on manual inspection
Advanced analytics and sensing data to predict machine reliability
Remote monitoring of assets using a custom-designed gateway to monitor performance, detect faults and manage in real-time.
Ability to convert existing products to IoT-enabled products by providing complete solutions for device connectivity, integration with IoT platforms and analytics.
A platform to collect, visualize and analyze the energy consumption of assets and set up alerts for faults and unusual consumption patterns.
Insightful dashboards for real-time SPC charts. A seamless prediction engine for detecting and predicting quality problems based on part and process data.
A platform to collect and analyze lubricant condition parameters and estimate the remaining useful life to maximize lubricant usage.
State-of-the-art hardware to acquire data from sensors, meters, PLCs with 4G capability.
Multilayer technology that enables increasing operational efficiency and optimizing production capacity to achieve digital transformation.
Connect the equipment to get real-time, actionable insights to improve asset availability and performance.
Gain real-time visibility throughout the value chain to optimize production and refrain costly disruptions.
Connect the equipment to monitor the health and performance of connected machinery to boost productivity and efficiency.