Service Modules > Product Structure > Use Cases for Product Structure
Use Cases for Product Structure
The following table describes scenarios where Product Structure capabilities help service teams find the right parts, validate asset configurations, and maintain accurate Service BOMs.
* 
The use cases for this feature are based on the standard reference scenario, with Iniscope International as the example organization. For more information, see Standard Organization for Work Order Management.
Use Case
Scenario
Narrowing down parts for a specific product configuration
A technician at Iniscope International receives a service request for a Soniscape SSI 1000 ultrasound machine that ships in multiple configurations: different probe types, power modules, and display assemblies. The overloaded Service BOM contains parts for every variant. When the Installed Product configuration is known, the Service BOM filter is applied automatically and shows only the parts that match that unit. When the configuration is not known, the technician can filter the BOM manually by selecting the options that match the unit on-site. Only the applicable parts display, which speeds up order accuracy and prevents shipping or installing wrong components into medical equipment. This filtering is currently available on the web; mobile is not supported. For more information, see Overloaded Service BOM Filtering with Options and Option Choices.
Preventing incompatible component combinations during service
A service engineer at Iniscope International replaces components on a Soniscape SSI 800 imaging system where certain probe types are only compatible with specific power supply modules. When the engineer selects one component option, dependent options automatically restrict to only compatible choices. The engineer cannot select a combination that conflicts with the device's design constraints, which eliminates rework and reduces the risk of equipment malfunction in a clinical environment. For more information, see Overloaded Service BOM Filtering with Options and Option Choices.
Consolidating multi-variant devices into a single Service BOM
A system administrator at Iniscope International manages multiple Soniscape ultrasound models that share a common base design but differ in imaging mode, probe interface, and power configuration. Instead of maintaining a separate Service BOM for each model, the administrator consolidates all parts into a single overloaded BOM and defines which components apply to which variant through configurable options. Field service teams filter this single structure by model to view only the relevant parts, reducing administrative overhead and keeping part definitions consistent across the product line. For more information, see Overloaded Service BOM Filtering with Options and Option Choices.
Pre-filtering the Service BOM for a specific Installed Product variant
Iniscope International ships Soniscape SSI 1000 ultrasound machines in several factory-defined configurations that vary by probe type, power module, and display assembly. IB Option Configuration records are created or integrated from an ERP system when Installed Product records are created, so each Installed Product has its exact configuration on file. The administrator ensures this integration is in place rather than authoring records by hand. When a technician at Life Line hospital opens the ServiceBOM tab from the Installed Product for an SSI 1000, the tree automatically shows only the parts that apply to that unit's configuration, without searching through the full overloaded BOM. For more information, see IB Option Configurations.
Validating an asset configuration against the reference structure
A technician opens an Installed Product record; the variance is calculated against the reference structure, which can be either a Product Template or a Service BOM. The results highlight any missing or incompatible parts within the Installed Product hierarchy. By reviewing this information, the technician can schedule corrective actions such as adding missing parts or removing incompatible components, keeping the Installed Product data reliable and supporting accurate part replacement. For more information, see Installed Base Variance Validation and Calculations.
Tracking Installed Base data accuracy across a fleet of assets
Through the Variance dashboard, the service manager reviews variance scores and trends for multiple Installed Products. Assets with high variance percentages indicate potential configuration mismatches or missing components. The manager filters and prioritizes those assets, then initiates corrective work orders to reconcile the differences, enabling accurate maintenance planning and reduced downtime. For more information, see Installed Base Variance Validation and Calculations.
Aligning service contracts with the maintained asset configuration
During contract renewal or review, the contract manager examines variance data for each asset under contract. The data shows missing or incompatible parts that may affect service coverage or pricing. If discrepancies are found, the manager adjusts the contract scope to ensure the terms reflect the asset's actual maintained state, preventing coverage gaps and supporting accurate pricing decisions. For more information, see Installed Base Variance Validation and Calculations.
Accessing the complete Service BOM for an ultrasound machine on-site
A technician at Iniscope International is dispatched to Life Line hospital to service a Soniscape SSI 1000 ultrasound machine. From the Product page for the SSI 1000, the technician opens the ServiceBOM tab and views the complete list of components, including probes, power modules, and display assemblies, without searching across multiple records. This gives the technician immediate visibility into every serviceable part for the unit before starting the repair. For more information, see Service Bill of Material.
Identifying parts for an equipment fault using the Service BOM
A Service BOM for a Soniscape SSI 1000 ultrasound machine at Iniscope International includes components such as the probe assembly, power module, display unit, and control electronics. When a unit at Life Line hospital triggers a cooling-related fault, the technician accesses the Service BOM for that model, identifies the exact part and associated components needed, and sources the correct parts to avoid unnecessary downtime. The same approach applies across industries; for example, a Service BOM for industrial equipment lists parts such as motors, gears, hydraulic systems, and control panels, helping technicians locate the right components for maintenance or repair. For more information, see Service Bill of Material.
Was this helpful?