Top 10 Best Radiopharmaceutical Software of 2026

LabWare LIMS is designed to manage lab execution data with a controlled record structure, so assay inputs, intermediate calculations, and final test outcomes stay tied to the correct batch and sample identifiers. It supports automation through workflow configuration and external integrations that can push measured values or pull worklists into the lab process. Governance features like role-based access and audit trails help maintain traceability for changes to test results and record content.

A notable tradeoff is that deep radiopharmaceutical-specific workflow coverage depends on configuration maturity and any required add-on integrations to connect to synthesis modules, imaging systems, or dose-related measurement devices. It fits best when an imaging lab already standardizes lab methods and wants LIMS to become the system of record for QC results, instrument outputs, and batch record documentation tied to production runs.

STARLIMS provides document-centric batch execution with configurable forms, step gating, and status histories that map to radiopharmaceutical production and release workflows. It also supports radionuclide inventory movements tied to measurements so activity, identity, and disposition history remain linked to each batch record. Integration options are geared toward connecting lab instruments and external systems using defined interfaces, which helps imaging programs keep data entry out of hot paths like dose preparation and QC signoff.

A key tradeoff is configuration overhead when labs need highly specific workflow logic for hot cell operations and patient-specific dose preparation. STARLIMS fits best in sites that already standardize SOPs and want the system to enforce them, rather than in teams that need rapid changes every day without governance.

PETra centers on radiopharmaceutical production management with an execution-first approach for batch record creation, updates, and review states. It supports radionuclide inventory behavior and activity-based handling so technicians can reconcile what was produced with what was dispensed. The automation surface is practical for labs that standardize step sequences and require consistent data capture across hot cell operations and dispensing workflows. Integration depth is strongest where lab processes already map cleanly to its batch and execution artifacts.

A tradeoff appears in how tightly labs must align their SOPs to PETra’s step and record structure. Teams with highly custom batch branching or nonstandard documentation packs may need configuration work to avoid manual supplements. PETra fits best when batch throughput is steady and governance needs center on reviewable, versioned records linked to executed steps.

MIM SurePlan MRT combines imaging workflow planning with radiopharmaceutical batch context so PET and SPECT teams can move from dose planning to image-ready preparation with fewer manual handoffs. It links radiopharmaceutical workflow steps to imaging needs and supports DICOM-based operations for downstream visualization.

The product fits sites that want cyclotron scheduling and radionuclide inventory signals reflected in planning records rather than stored in separate tools. Automation and integration depth matter most in its fit for laboratories with controlled procedures and repeatable imaging turnarounds.

Hermia manages radiopharmacy production workflows by coordinating batch records, synthesis tracking, and operational status across imaging lab activities. It focuses on electronic batch record execution and documentation flow so teams can capture release testing and batch-level traceability without manual handoffs.

Hermia also integrates operational data with downstream imaging workflows through file-based and interface-driven exchanges rather than treating batch work as isolated spreadsheets. Automation and governance controls are applied at the workflow level to keep batch steps, approvals, and audit trails aligned with regulated operations.

Scintomics is a radiopharmaceutical workflow software suite built around guided batch execution for PET and SPECT production and QC-linked release flows. It connects production tracking, synthesis progress capture, and documentation assembly so operators see the right next step while batch records stay consistent. The system also supports data handoff into imaging-focused workflows through file and report generation aligned to day-to-day laboratory operations.

LIFEx is radiopharmaceutical software focused on workflow documentation and imaging-oriented analysis tied to preparation and release steps rather than general lab administration. It supports structured batch record handling for radiochemistry steps and pairs that context with PET and SPECT oriented outputs.

The tool’s distinct angle is traceability between operational records and imaging deliverables produced during routine center turnover. Its configuration depth is centered on how records map to downstream imaging and reporting steps.

MasterControl Manufacturing Excellence is designed for regulated manufacturers who need configurable quality and manufacturing workflows with tight document control. In practice, it centralizes electronic batch record workflows, deviations, CAPA, change control, and audit trails so teams can trace decisions from intake to disposition.

It also supports integrations and automation patterns that connect manufacturing events to downstream systems used for QC results handling and release processes. For radiopharmacy teams, the main distinction is how strongly the system models GMP documentation and inspection-ready history across manufacturing and quality workflows rather than focusing only on imaging-specific dose planning.

PharmaSuite manages radiopharmacy workflow and production records in one place, with an emphasis on batch-level traceability. It supports electronic batch records for synthesis steps, adds activity and dose tracking hooks for patient preparation, and links documentation to release and QC checkpoints used in daily operations. The system also covers inventory visibility and decay-aware handling for radionuclides, which reduces manual reconciliation during high-throughput runs.

MOSAIQ by Elekta is a radiotherapy-focused clinical system that extends into radiopharmaceutical workflow through integrations rather than a native production-first design. Labs using it typically rely on batch coordination, dose documentation, and imaging-side data exchange with external radiopharmacy and QC systems.

Its core strength is governance over clinical operations and linkages to imaging and patient records rather than detailed cyclotron-to-hot-cell tracking. The result suits sites that need tight coordination between patient-facing care steps and upstream radiopharmacy inputs.