Cloud-Based Platform Monitors Machine and Plant Health
SACMI says Smart Care is a cloud-based platform designed to help customers optimize plant control and maintenance via new assistance services and proactive problem-solving.
SACMI says Smart Care runs continuous in-depth health checks on machines, exploiting artificial intelligence (AI) to analyze large quantities of data collected in the cloud. On the basis of real-time data and user assigned parameters, processors can monitor key KPIs such as plant availability and MTBF (mean time between failure).
The platform can also provide statistical reports on shutdown causes by analyzing all machine-generated alarms and mean time to repair (MTTR). Users can also keep other process variables under control, analyzing them either individually or in aggregate form according to relevant criteria.
SACMI Smart Care offers remote functionality, promising to save time and money by accurately quantifying the frequency and cost of maintenance in advance. The Smart Care platform can be accessed via any authenticated device on the corporate network, maximizing data portability and security. Premium services include automatic notifications of any advance detection of drifts.

SACMI’s Smart Care is a cloud-based platform to track key performance metrics and machine health.
Photo Credit: SACMI
Related Content
-
Why ‘Smart’ Blending May Be Right for You
Industry 4.0 smart controllers dial in the right recipes quickly with gain-in-weight blenders to eliminate material waste, cost overruns.
-
Digital Manufacturing: Two Medical Molders Embrace Industry 4.0
‘Digitalization’ and ‘connectivity’ are loaded terms—shorthand for a whole new way of doing 大象传媒. It can’t be accomplished in one go. But two Midwest molders in the sensitive medical field are already feeling the benefits of their initial steps in that direction.
-
Golf Equipment Manufacturer Scores Higher Productivity With Automated Cell
Ping was able to reduce labor and waste at its production facility in Phoenix via an automated molding cell courtesy of Wittmann.