Remote Monitoring System CraftPat
A cost-effective remote monitoring system for resin compound companies. It aggregates data scattered throughout the factory and visualizes operational status!
Kubota's compound line monitoring system is a remote monitoring system that contributes to productivity improvement by not only capturing information from feeders but also from extruders and peripheral equipment, enabling comprehensive display of equipment operating status and rapid data analysis during abnormalities. It promotes visualization of your factory through phased implementation into the equipment. This system is ideal for customers facing challenges such as "sometimes not noticing alarms from equipment," "wanting to identify the cause of defective products," and "manually recording measurement data on-site." 【CraftPat Neo Launch】 - Supports multi-OS and multi-browser, allowing monitoring from smartphones and tablets (in a Wi-Fi environment) - Multi-window and multi-display capabilities enable dashboard-like usage, such as displaying graphs side by side - Enhanced grade management features further streamline grade management
basic information
【Feature Introduction】 - A monitoring screen that clearly shows the operating status of the feeder and extruder, as well as the cumulative operating time. - Notifications of equipment abnormalities or abnormal values via voice alerts and alarms. - The ability to compare state changes during normal and abnormal conditions using trend graphs. - The option to set the operating time of equipment and receive notifications for maintenance inspections. - Real-time visualization of the equipment's energy usage. - Grade management functionality to streamline grade management.
Price range
Delivery Time
Applications/Examples of results
This is suitable for such a site: - The condition of the equipment can only be seen on-site. - Data from the site is collected manually. It is transcribed manually onto forms. - Alarms are ignored and left unattended. - It is unclear where the manual for responding to failures is located. - Even if there is an abnormality in the equipment, it is only noticed after aggregation, making it impossible to take immediate action. - Maintenance is performed only after the equipment breaks down. - I want to save energy, but I do not know the current energy consumption.
