Top 10 Best Pulmonary Ehr Software of 2026

NextGen Healthcare supports pulmonary documentation with provider sign-off workflows, referral and consult states, and order tracking that keeps PFT artifacts aligned to the encounter. Structured documentation options and pulmonary-specific templates reduce variation across clinicians when recording symptoms, functional status, and test outcomes. Interoperability support includes HL7 v2 lab feeds, which can carry relevant external measurements into the record. Governance is handled through RBAC and audit logging so administrative teams can review who changed which chart elements.

A tradeoff is that pulmonary device interoperability and spirometry data import depth can depend on the device connection method used in a given practice. NextGen fits best when a pulmonary clinic needs consistent charting and billing-ready documentation across multiple clinicians while relying on existing lab feed infrastructure for incoming results.

Sevocity is a fit for pulmonary practices that want RT-driven documentation flow with structured outputs for pulmonary testing and follow-up. It supports PFT workflow patterns that reduce manual transcription by keeping test artifacts attached to the encounter record. Admin control centers on template and workflow configuration so pulmonologist review queues can reflect consistent documentation stages.

A tradeoff appears in integration depth and change control when the practice needs tight alignment across multiple device feeds and custom result mappings. It works best when pulmonary teams can adopt its standard documentation structures and then layer limited custom forms rather than redesigning the encounter schema for each site.

PrognoCIS targets pulmonary practices that need consistent PFT documentation and follow-up scheduling tied to clinical pathways. The application emphasizes RT-driven data entry patterns, including respiratory therapist roles for structured test capture and clinician review checkpoints. Reporting focuses on pulmonary use cases like COPD and asthma follow-ups, with configurable templates that reduce rework across encounters.

A tradeoff appears in deployment alignment, because practices that expect broad hospital-wide EHR parity may find pulmonary specialization narrows some workflows. PrognoCIS fits best when a clinic wants standardized pulmonary documentation and repeatable test-to-visit continuity rather than broad ambulatory and inpatient workflows.

athenahealth pairs athenaClinicals with revenue-cycle and interoperability workflows designed around real-world ambulatory operations.

It offers HL7 interface support and API access for integrating results and orders into a single clinical session.

For pulmonary practices, documentation and order flows can be configured to support PFT-centric visits and specialty review steps.

Administration tooling focuses on governance for users, roles, and data access while audit logging supports traceability across clinical and operational actions.

Practice Fusion documents pulmonary visits with a cloud-hosted EHR workflow that routes orders, results, and diagnoses through a single charting experience. Pulmonary functionality typically centers on structured visit note building, medication documentation, and radiology and lab result handling rather than a dedicated pulmonary-device integration layer.

The system supports clinical data exchange via standard interoperability formats for lab and other clinical documents, which affects how PFT and other respiratory data can be incorporated. Automation is driven by configurable templates and order sets, with repeatable chart components used to standardize pulmonary documentation across clinicians.

Modernizing Medicine EMA is a pulmonary EHR built around specialist documentation workflows, with pulmonary-specific visit templates and structured clinical capture.

It supports pulmonary function testing workflows used for spirometry and other measurements, with DLCO-style reporting templates that map into clinical documentation.

The software also covers respiratory care documentation and follow-up planning in ways that align with routine pulmonology encounters.

Cerner Ambulatory EHR differentiates itself in pulmonary workflows through its enterprise-grade clinical records approach and deep integration patterns tied to the Cerner ecosystem. Pulmonary practices get configurable documentation, order management, and longitudinal patient records designed for ambulatory deployment.

The system supports standards-based data exchange for labs and clinical documents, which helps when practices combine spirometry results, imaging reports, and referrals. Care coordination also benefits from rule-driven routing and queue-based provider workflows that fit pulmonologist sign-off cycles.

MEDITECH Expanse Ambulatory supports ambulatory pulmonary workflows with order-to-result charting built around its core MEDITECH EHR modules. The system is configured for clinical documentation, care management, and coding so pulmonary teams can document visits and generate ICD-10 and CPT-coded services in one record.

Its integration posture matters most for pulmonary use, because practices typically rely on lab messaging and device data flows to complete PFT and lab results in the chart. For governance, Expanse Ambulatory provides role-based access and auditing through the same admin surfaces used across the ambulatory deployment.

CureMD Pulmonology EHR captures pulmonary encounters with specialty workflows for clinic visits, pulmonary diagnostics, and therapy documentation. The system supports pulmonary documentation structures like PFT result entry and pulmonology-specific follow-up plans, with role-based sign-off for provider review. It also supports integrations for interoperability via HL7-based messaging and can exchange clinical documents using standard formats used in EHR ecosystems.

CareCloud Pulmonology EHR targets pulmonary practices that need specialty workflows beyond generic ambulatory charting, including pulmonologist sign-off queues and respiratory therapist documentation roles. It supports pulmonary-specific clinical documentation patterns such as COPD care pathways, asthma action plans, and pulmonary rehabilitation tracking tied to encounters.

The system is built for clinic-scale operations with charting, ordering, and templated documentation that reduce manual capture during PFT and therapy follow-up visits. Integration and automation depend heavily on HL7 and FHIR-based interfaces for lab and device feeds into the pulmonary record.