CMMS³ allows the user to develop a “Computerized Maintenance Management System” comprising the array of regulations, procedures and tools involved in collecting and processing the information needed to manage maintenance operations and to monitor equipment activity. Our user-friendly software is 100% developed in Italy and is easy to implement.
RAMCUBE is able to offer a range of support services such as training for users, plant data collection and loading, BOM creation, SPIL vendor checking, defining maintenance policies, WBS (Work Breakdown Structure) creation and workflow approval processes, resource rationalization, workload management. It is also involved in the drawing up and evaluation of the plant’s key performance indicators.
Through a consolidated partnership with Microsoft, CMMS³ is available on the Microsoft Azure™ platform for easy cloud implementation, guaranteeing a high level of application and data availability.
Tel. (+39) 02 87.23.77.08/12
Scheduling preventive maintenance, allocating resources and planning maintenance activities
BUDGET AND COSTS
Plant maintenance cost planning, checking final operation costs
STOCK AND GUARANTEES
Stock optimization and guarantees management
RISK AND AVAILABILITY
Equipment reliability assessment, resulting in increased availability and overall safety of the equipment
DOCUMENTATION AND PROCEDURES
Management of the technical documentation of the equipment and centralization of maintenance operations
Improvement in equipment yields and reduction in interruptions to production process
Balanced maintenance of spare parts in stock
Tracking of work order advancement and of the interventions on each piece of equipment
Improvement in performance and prolonging the equipment’s life-cycle
This mobile version can be easily installed onto a Smartphone or tablet, wholly satisfying the employee’s need for mobility, at a speed which the modern professional requires.
CMMS³ MOBILE allows users to access centralized server data and technicians can therefore receive and send data directly from where they are carrying out an intervention.
- direct assignment of work order
- georeferencing of the piece of apparatus requiring attention
- consultation of on-site apparatus documentation
- consultation of apparatus activity history
- closing of the work order in real time with data synchronization in on-line/off-line modes
- QRCode interfacing
- photographic documentation of the intervention being carried out
- Punctual identification of the piece of apparatus requiring attention
- Time-saving assignment of work order
- Emergency control
- Immediate control over activities being carried out
- Control over incoming data
- Off-line terminal use