- One platform for vet and human — practice mode chosen at install, strict mode separation, fully localised (DE/EN, extensible)
- Security first — AES-256-GCM encryption of patient data (keys DPAPI-bound), Argon2id login with enforced password change, 4-role permission model, audit trail (7-year retention), no PII in logs, GDPR-compliant hard delete
- Detector-agnostic — Thales PixRad (incl. 3543DRcs, EZ, EZX, EZhd), CareRay CareView, CareRay YosemiteView (in verification), PZ Medical; AED + SW-Sync; multi-panel operation
- Image recovery on all detector families — on-board recovery, WiFi-drop detection, recovery dialog — no lost images
- Generator integration — Powersite, Siemens Polydoros RF/RFX, Spellman (in progress), or manual kV/mAs/DAP entry without a generator
- DICOM-native — Modality Worklist (C-FIND), Send-to-PACS (C-STORE with retry queue & network monitoring), MPPS, DICOMDIR & JPEG export with anonymisation, UTF-8 character set
- Radiation Dose Structured Report (RDSR) — DICOM SR per TID 10001, PS3.16-conformant, validated against a Siemens reference; SNOMED-CT anatomy codes per projection
- Radiation protection per German law — BfS 2022 DRLs & §122 StrlSchV (DE + AT), BÄK 2022 technique validation (117 reference entries), §83/§85 pregnancy check, EXI/DI per IEC 62494-1
- Paediatric safety — dedicated APR trees per age group (23 regions × 4 groups per BÄK), automatic age-group detection, collimation reminders, filtration warnings
- Anatomically sorted APR templates — over 130 projections with BÄK-compliant defaults, inheritance-based APR hierarchy per patient size
- Imaging tools — real-time processing panel, multi-grid viewer (up to 4×4), annotations with mm/angle measurement, collimation detection with crop, configurable quick-text markers; new multiscale rendering engine with organ presets in pilot evaluation
- Detector operations monitoring — vendor-neutral WiFi link monitoring with live indicator, detector self-test, one-click support package
- Exposure journal (Röntgenbuch) — sequential documentation of all acquisitions with CSV export; configurable reject reasons (mandatory in human mode)
- Offline-capable — acquisition runs locally; PACS via LAN; no mandatory cloud; SQLite portable possible
- Built-in feedback — quick feedback and automatic crash reporting with offline spooling directly to EVIQUS support
- In development — virtual grid (software scatter correction), thickness-based exposure automation, AI anatomy recognition, extended organ presets, DICOM Conformance Statement
EVIQUS GmbHTech Preview · Early Access
EVIQUS RAD
X-ray acquisition software for veterinary and human medicine. Detector-agnostic, DICOM-native (incl. RDSR), encrypted patient data, radiation-protection-compliant. Tech preview available.
- Type
- Software
- Deployment
- Desktop
- Platforms
- Windows 10 (20H2+), Windows 11
- Operation
- Offline-capable
- Manufacturer
- EVIQUS GmbH
01 Technical Data
Specifications
Deployment & license
- Deployment
- Desktop
- License model
- Perpetual per Workstation + Annual Maintenance
System requirements
- Platforms
- Windows 10 (20H2+), Windows 11
- Operating system (min.)
- Windows 10 20H2
- Memory (RAM)
- 8 GB
- Disk space
- 50 GB
- Internet required
- No
Compliance
- Standards & certifications
- CE-Konformitätsbewertung MDR Class IIb in Vorbereitung, DICOM 3.0 konform
- Medical device classification
- Class IIb (MDR Annex VIII Rule 11) — Tech-Preview, pre-submission
02 Functional scope
Key features
03 System requirements
System Requirements — EVIQUS RAD
Workstation (Minimum)
- Windows 10 20H2 or higher / Windows 11
- 8 GB RAM (16 GB recommended for large images & real-time processing)
- 50 GB free disk space for image cache (scales with study volume)
- CPU: Intel Core i5 / AMD Ryzen 5 (8th generation or newer)
- Display: 1920×1080 (medical-grade diagnostic monitors recommended)
- USB / Gigabit Ethernet for detector connection
Database
- PostgreSQL 12+ (recommended for production) or
- SQLite (for demo / portable installations)
Network
- LAN connection for PACS / DICOM Worklist (optional, depending on workflow)
- Internet only for updates and support feedback (not required for acquisition)
- Optional: UniFi access point for vendor-neutral detector link monitoring
Supported Hardware
- Detectors: Thales PixRad series (22 models, incl. 3543DRcs, 3543EZ, 3543EZX, 3543EZhd), CareRay CareView series, CareRay YosemiteView series (SDK integration implemented, hardware verification in progress), PZ Medical; multi-panel operation
- Generators: Powersite (6 models), Siemens Polydoros RF/RFX, Spellman (in progress), or manual entry without generator connection
Tech-Preview Notice
RAD is currently in a supported tech-preview phase. MDR conformity assessment (Class IIb) is in preparation; CE marking has not yet been issued. Pilot installations are possible on request. Veterinary use is possible without MDR/CE restrictions.
04 Description
EVIQUS RAD is the X-ray acquisition workstation for veterinary and human medicine — one platform for small animal, large animal, equine and human. Practice mode is set at installation, the workflow stays the same everywhere.
The software is detector-agnostic across four manufacturer families (Thales PixRad, CareRay CareView, CareRay YosemiteView*, PZ Medical) with AED and SW-Sync workflows, multi-panel operation and image recovery on all detector families — no exposure is ever lost. Generator integration (Powersite, Siemens Polydoros RF/RFX, Spellman*) is built in, as is a DICOM-native workflow model: Modality Worklist (MWL), Send-to-PACS (C-STORE with retry queue and network monitoring), MPPS, Radiation Dose Structured Report (RDSR per TID 10001, PS3.16-conformant), SNOMED-CT anatomy coding and DICOMDIR export.
Security is architecture, not a feature: patient data is stored field-level AES-256-GCM encrypted (keys DPAPI-bound), login uses Argon2id with an enforced first-login password change, four roles on a fine-grained permission map, audit trail with 7-year retention, no plain-text PII in logs, local-first with no mandatory cloud. Developed to IEC 62304 with a documented software life cycle.
Compliance with German radiation-protection law is built in: diagnostic reference levels per BfS 2022 (§122 StrlSchV, DE + AT selectable), BÄK 2022 technique validation, pregnancy check (§83/§85 StrlSchV), paediatric safety workflows, EXI/DI per IEC 62494-1 and an exposure journal. Note: RAD is currently available as a tech preview — pilot installations are actively supported, MDR conformity assessment (Class IIb) is in preparation. Veterinary use is possible without MDR/CE restrictions.
*CareRay YosemiteView: SDK integration implemented, hardware verification in progress. Spellman: integration in progress.
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