The backbone of every manufacturing plant is its assets – from heavy production equipment to single-use spare parts. Asset register management is a structured method of indexing and organizing all enterprise assets within a defined hierarchy.
A CMMS (Computerized Maintenance Management System) enables enhanced asset control, allowing maintenance technicians to accurately track equipment condition and location, manage preventive maintenance schedules, and monitor asset performance.
With a properly configured CMMS, it is possible to digitally replicate the production environment within the system, review event history, group identical machine types, and manage warranty claims with OEMs. This article outlines how to maintain full control over assets and how a CMMS fundamentally changes the approach to asset management in practice.
Table of contents
Data as the Starting Point
Successful CMMS implementation requires properly prepared master data. As a modern maintenance management tool, a CMMS must have access to accurate and structured information from the outset. Without high-quality data, it is impossible to leverage the system’s full potential. Before selecting and implementing a CMMS, an internal asset inventory audit should be conducted to collect required data and standardize it into an implementation-ready format.
Assets in One Centralized System
Assets are defined as all objects within a facility that may interact with work orders, personnel, or failure events; a machine is an example of such an asset. If the process of retrieving equipment documentation in your company can be described as a trip to a large cabinet filled with binders in order to locate (or fail to locate) the required documentation, review it, and then proceed with the repair, it should be noted that this process can look entirely different.
With the use of mobile devices, technicians can access the documentation of the machine they are currently working on. This significantly accelerates repair and inspection activities and automates the process. For this process to function properly, each asset in the system should be linked to previously prepared documentation.
Why?
Fast access to data enables a smooth audit process and a positive audit outcome, minimizing issues and concerns during auditor reviews. Junior employees can leverage the knowledge and experience of senior technicians without waiting for direct support during a failure event — all relevant information is immediately available.
Advanced reporting and data analysis allow identification of trends and potential issues before they escalate into major breakdowns. This approach significantly increases operational efficiency and equipment performance, contributing to extended asset lifecycle. Machine park performance analysis does not have to be a process reserved exclusively for advanced specialists.
A CMMS is also an effective solution for monitoring the availability of critical spare parts associated with specific machines. When minimum stock levels are reached, the system generates a purchase order to the supplier based on registered data. Subsequently, the employee receives confirmation of order submission from the supervisor. A bottleneck in the production process refers to machines, functions, departments, or resources operating at high utilization due to limited production capacity. Such constraints restrict material and product flow, ultimately reducing overall system throughput. CMMS systems enable effective management and monitoring of these resources, allowing identification and elimination of production bottlenecks.
Asset Structure
All documentation has been prepared and data relationships within the system have been defined. The next step is ensuring clarity and usability. The key element is assigning each asset to an appropriate location-based and functional structure. Each asset can be assigned to a specific location hierarchy, reflecting the physical area within the plant where it is installed. The more detailed and precise the asset structure, the greater the level of control.
The functional structure focuses on assigning machines to specialized teams composed of subject matter experts. A key concept is components — breaking down a single machine into individual components and building a component-level structure for each machine within the asset base. Once an asset is created, it is added to the asset hierarchy and displayed within a tree structure. Such a structured asset model enables easy navigation between assets within the same group and monitoring of entire asset hierarchies.
It allows rapid movement between related assets forming part of the structure. Linking assets in this configuration provides a quick overview of all elements within the hierarchy and facilitates seamless navigation between them. This structure supports effective control during failure events and enables modernization or modification of individual structural elements.
Additional Capabilities
CMMS systems provide more advanced functionality. They enable monitoring of machine criticality through linking assets with failure history and scheduled preventive maintenance.
Competency matrices can include data on employees assigned to specific machines, defining their skill levels and identifying who is authorized to train others in the technical specifications of a given asset. Warranty procedures entered into the system allow monitoring of warranty periods, enabling optimal management of repairs and maintenance activities covered under warranty. This allows organizations to avoid unnecessary costs and minimize downtime.
Furthermore, integration with ERP systems enables improved control over spare parts inventory levels, significantly accelerating the procurement process for required components.
Mini Case Study
The machine park consists of 5,000 assets, of which 100 machines are classified as critical (2%). Within one year, the organization changed its external service provider. This change was not reflected in the documentation for two machines, which had a significant impact on subsequent operations.
Problem
Failure to update information regarding the external service provider resulted in seven overdue preventive maintenance inspections. Consequently, the criticality of these machines increased by 100%, significantly elevating operational risk.
Analysis
Identification of critical machines:
Out of 5,000 assets, 100 were identified as critical due to their importance within the production process.
Service provider change:
The transition to a new service provider was not properly documented for two critical machines.
Missed inspections:
The lack of documentation updates led to skipped preventive inspections, increasing the risk of equipment failure and operational downtime.
Impact
Operational risk:
A 100% increase in machine criticality elevated the likelihood of unexpected failures, potentially disrupting the production schedule.
Maintenance backlog:
Seven overdue inspections created a backlog requiring immediate corrective action to prevent further deterioration of machine condition.
Summary
If you are evaluating software for your organization aimed at increasing operational efficiency, improving interdepartmental communication, and structuring documentation management — and your internal processes are particularly complex or non-standard — an off-the-shelf solution may not fully meet your expectations.
In such cases, it is worth considering cooperation with a provider offering custom software development services. A detailed analysis of your internal processes and the design of functionalities tailored to the specific operational requirements of individual departments can enable you to achieve maximum operational and organizational benefits.
