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Infinite Uptime
Powering Reliability Through Innovation
Overview
HQ Location
United States
Year Founded
2015
Company Type
Private
Revenue
< $10m
Employees
11 - 50
Website
Company Description
Infinite Uptime provides an IoT platform that automates Predictive Maintenance for industrial machines, with an initial focus on the manufacturing industry. Infinite Uptime provides an all in one industrial solution with hardware, cloud analytics and control software to monitor equipment, diagnose problems and drive smart decision making.
IoT Solutions
Vertically integrated, Infinite Uptime provides its own in-house smart sensor nodes along with connectivity, communication, software, analytics, dash boarding and reporting to provide a complete solution to its customers. Infinite Uptime specializes in high-frequency data analytics, such as tri-axial vibration and acoustic analyses, spectral analysis and pattern recognition for data annotation and accurate predictions.
IoT Snapshot
Infinite Uptime is a provider of Industrial IoT analytics and modeling, and functional applications technologies, and also active in the automotive, chemicals, construction and infrastructure, consumer goods, glass, metals, national security and defense, oil and gas, pharmaceuticals, plastics, and utilities industries.
Technologies
Use Cases
Industries
Technology Stack
Infinite Uptime’s Technology Stack maps Infinite Uptime’s participation in the analytics and modeling, and functional applications IoT Technology stack.
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Devices Layer
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Edge Layer
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Cloud Layer
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Application Layer
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Supporting Technologies
Technological Capability:
None
Minor
Moderate
Strong
Case Studies.
Case Study
Wireless Condition Monitoring Predicts Failure Of Calendar Roll Gearbox
The calendar machine run by a motor has a shaft mounted gearbox connected to the roller. This gearbox allows maximum paper load and feeds the paper with reduced speed to the roller. In spite of scheduled preventive maintenance, it was observed that gearbox used to fail frequently. The rise in vibrations leading to the eventual failure of gearbox adversely affected the quality of the paper. Monitoring the gearbox was thus vital and critical.
Case Study
USD 1.2 Million Saved On A Forging Press Line By Predicting Cutter Life
The major press line in the company has a circular saw machine which cuts metal rods with precision in predefined lengths for further heating in the furnace. The cut pieces are then fed to the forging line to make automotive components. The length and perpendicularity of the cut pieces are crucial to obtain a good quality forging.It was observed that circular saw failed to maintain the precise length and perpendicularity while cutting the metal rods leading to heavy rejections. This was a serious concern and routine preventive maintenance was unable to overcome it.
Case Study
Smart Ccondition Monitoring Saves USD 30 Thousand In A Forging Unit
The 1000 Ton main forging press had a 75 HP motor and fed a trimming machine. The motor pulley combination was situated on top of the Press at a height of about 15 feet thereby reducing its access for routine maintenance. The company found difficulty ensuring constant uptime of the Press.
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