Equipment maintenance management software through the systematic recording of equipment failures, standardize the inspection process and completion of the work, and to provide a holistic solution for the enterprise to build up a powerful skills knowledge database, thus assisting the technical team's daily work, and provide decision-making support for the management.
1. Strategic Management
Allows users to centrally register and manage all of an organization's technical assets, and to manage equipment according to different (organizational, geographic, functional, and technical categories) structures. In addition to the basic equipment ledger, while constructing the enterprise asset database, the system also records detailed engineering information such as technical parameters, spare parts details, and safe work instruction manuals related to the equipment, and uses the system's own screen editor tool to present this data in an intuitive, graphical format.
2. Resource Management
Through the system's own planning and optimization tools, all of the company's planned work and required resources (including personnel, suppliers, skills, equipment, tools, spare parts and facilities, etc.) are presented in a calendar format.
3. Project Management
The Project module is designed for the process of preparing, planning, controlling, and tracing maintenance work, covering elements such as task preparation, resources, equipment, suppliers, facilities, and time and cost required, and work orders can be generated in the system as needed. In the enterprise, such projects are usually planned overhauls, retrofits, construction and installation of new production lines/units, improvement projects, etc.
A good solution can run on PCs, cell phones, and tablets, and can synchronize data with virtually any back-office maintenance management and maintenance management system. Mobile in order to standardize the implementation of operation and maintenance I work in the inspection data, the computer side of the implementation of the CMMS system, the collection of data from the cell phone side of the quantitative system to analyze and improve.
Traditional equipment maintenance management software providers usually system installation as the final step in the implementation of the project, however, the computerized system is only to assist enterprises to achieve the projected management objectives of a set of auxiliary tools, focusing on the deployment of the system to help companies develop maintenance management strategy to ensure that it can be carried out and implemented to each individual, and in the organization to form the continuous improvement of internal The system is a management mechanism for continuous improvement within the organization.
Specifically, in the data collection phase, the software provider needs to communicate with the enterprise to understand each other's assets and equipment, and to select the appropriate standards (such as the ISO9001-2015 quality system certification) to ensure high quality, high accuracy, and high efficiency in the completion of the data collection work. Second, the enterprise needs to be equipped with equipment maintenance management software in the early stage, according to the actual situation of the enterprise, debugging software system function configuration, and carry out perfect training to ensure that each - a maintenance personnel can skillfully use the software system, complete the equipment operation and maintenance inspection process and background data analysis.
Finally, software vendors need to regularly visit and docking customer needs, according to the actual situation, to improve the existing software configuration, so as to increase the utilization rate of the software and improve the status quo of the equipment operation and maintenance, to improve the comprehensive rate of return of the enterprise.