Computerized Maintenance Management System (CMMS)
Plan, manage and react with ANT's CMMS. The new maintenance system will allow you to schedule repairs and maintenance based on actual machine cycle time. Increase machine availability and reduce downtime to increase plant productivity.
Take full control of the actual condition of your machines!
CMMS is an effective tool for increasing the trouble-free operating time of machines. The software allows you to implement preventive condition inspections based on the actual, rather than estimated, time of their operation. Choose ANT’s CMMS, respond instantly to trouble tickets and use the full potential of available machines for on-time delivery.
What is a CMMS and how does it work?
CMMS is a computerized maintenance management system. The software allows you to control the status of both the entire machinery fleet and individual units. The CMMS supports the supervision of plant maintenance and the planning of maintenance work, as well as enabling preventive and ad-hoc activities. The collection of data and observation of events on the operation of machinery in real time make it possible to precisely determine the timing of subsequent inspections and maintenance work.
Integration of the CMMS system with other IT systems such as APS makes information about machine failure and the need to reschedule production processes reach users instantly. Maintenance activities in the plant are thus organized and carefully planned, and regular attention to the proper condition of machines allows minimizing the overall number of repairs.
Key functionalities that work for you
Automatic planning of cyclical events based on man-hours, man-cycles and time
Easily maintain orders and requests management
Be up to date with daily schedule and get notifications
Automatic to-do list and reminders for upcoming and overdue maintenance
Access to the current tool consumption, status and location
Employees scheduler and manager
Why implement a CMMS in a manufacturing plant?
Implementing a CMMS in a manufacturing plant is an effective way to automate maintenance tasks. Strengthened control, precise scheduling of maintenance work and quick response to breakdowns increase machine availability and reduce downtime, thus increasing productivity.
Prevent breakdowns and ensure the proper condition of key machine components. Perform regular maintenance to ensure safe operation of equipment.
● Precise scheduling of inspections and repairs.
● Reminders for scheduled work
● Guarantee safe operation of machines in accordance with applicable standards such as ISA-95
Real-time monitoring of machine conditions
Make sound decisions based on real machine cycle data. React instantly to changes related to their condition.
● Report failures quickly and easily
● Better control of repair times
● Increase machine availability
Control over a single machine and the entire machine fleet
Take advantage of the information provided by each machine. Comprehensive data will increase the level of control over the condition of all machines, tools and parts.
● Precise calculation of performance indicators.
● Confidence in the proper operation of key tools
● Prevention of the occurrence of failures.
Collect historical data
Use data collected over time to identify and eliminate bottlenecks. Closely monitor the elements that cause frequent failures.
● Instant access to a historical list of failures.
● Ability to find and eliminate bottlenecks
● Track fleet maintenance costs.
Base on actual data, not assumed statistics
Accurately schedule maintenance work based on actual machine uptime. Reduce costs associated with major breakdowns caused by late response to a fault.
● Perform inspections in a timely manner.
● Reduce costs associated with repairs of major faults.
● Increase performance indicators
Data always up to date
The key factor for successful plant operation is knowledge of when inspections must be made. ANT machine connectivity expertise gives the possibility to schedule maintenance according to the actual working time of the machine. We put our effort into collecting true and up-to-date data, to deliver the most accurate information for the maintenance team.
The failure rate of machines can be calculated using mean time between failures (MTBF) and mean time to repair (MTTR). MTBF is the average time a machine runs before it fails. MTTR is the average time to repair and restart the machine.
The higher the MTBF, the lower the failure rate. The higher the MTTR, the lower the MTBF.
Failure rates are usually expressed as a percentage of total operating hours or total number of failures per 100 operating hours.
MTBF stands for mean time between failures. It is a measure of the average operating time of a machine or system before a failure occurs.
MTBF measures the reliability of equipment and is calculated by dividing the total operating time by the number of failures. MTBF is an important measure in reliability engineering because it can be used to predict when a machine will fail, allowing preventive maintenance to be performed before it fails.
We give numbers
according to our clients, we helped them to:
Take care of the condition of your machinery fleet with ANT's CMMS!
At ANT, we are in the business of providing modern technological solutions used in the manufacturing industry, among others. CMMS is a proven software system that allows you to exercise better control over the technical condition of your machinery park. Our own source code and supervision of qualified experts allows us to us to offer a dedicated system tailored to the individual needs of each company.
Our customers confirm that after the implementation of CMMS ANT in their plants, the number of downtimes has significantly decreased, as well as the overall number of repairs. The result is an increase in the efficiency of production processes and better utilization of available machinery. Your plant can join this group too! Contact us for more information on implementing a CMMS at your company.
Full availability of the machinery park, control over downtime and maintenance lead times in the event of technical problems – these elements are among the
Operator guidance is an essential part of the production process. It primarily ensures that the process is executed following the developed technological guidelines. Step-by-step support