RIS + PACSProduct detail
A fully integrated Radiology Information System and Picture Archiving & Communication System for diagnostic centers and hospitals — follow one study from registration to report delivery and every feature on the way.
PACS is built on Orthanc — the industry-standard open-source DICOM engine — with our own management, worklist and reporting layer on top.
Picture Archiving & Communication System
The imaging core — a vendor-neutral DICOM archive with modality connectivity, browser-based diagnostic viewing and HL7 interoperability.
Radiology Information System
The operations layer — front-desk registration, machine slot booking, technician worklists, radiologist reporting and billing in one workflow.
PACS — Overview
Screenshot slot — image to be added
PACS — DICOM Queue
Screenshot slot — image to be added
End to end
Follow a single order through the suite — every feature below is live in the product, tagged by the system that powers it (RIS or PACS).
The front desk creates the order in seconds.
Fast registration — Search patients, referrers and services without touching the mouse — full keyboard navigation (arrows, Enter, Tab).
Government & scheme billing — UHID, Challan IDs and MOU schemes with per-scheme rules — auto-email, digital sharing and printing.
Machine slot booking — Visual daily slots per CT/MRI/USG machine — on double-booking the system offers the next free slot instead of failing.
Pre/Post-NMI workflows — Flags and instructions travel with the order.
Discount approvals — Reason plus approver audit trail on every discount.
The machine already knows who is next — no typing at the console.
MWL (Modality Worklist) — Modalities auto-fetch scheduled patients via DICOM C-FIND worklist — no manual patient entry, no typos, no orphan studies.
Stale booking purge — Outdated bookings are cleaned up automatically.
Technicians track every service; images flow straight into the archive.
Live technician worklist — Today's schedule, auto-refreshing with a "new cases" indicator and per-service scan status (scheduled → scanned → read → reported).
Delayed-phase visibility — Delayed re-scans under the same accession are flagged and shown as their own study rows.
Image & series verification — What the machine sent versus what was ordered.
C-STORE SCP — Every modality pushes studies directly to the archive.
One-click PACS viewer — Launch the OHIF or desktop viewer straight from the row.
Every study lands in a vendor-neutral archive that stays queryable.
VNA (Vendor Neutral Archive) — Centralized long-term archive for all imaging — vendor-agnostic DICOM storage with no modality lock-in.
C-FIND / C-MOVE — Query and retrieve any study by patient, accession, date, modality or referring physician.
C-MOVE Auto-Pull — Server-side scheduled pulls from remote DICOM nodes (multi-AET) — pulls today's studies automatically, skips duplicates, runs parallel across nodes and one-at-a-time per node for bandwidth control.
Automatic study reconciliation — The archive stays mirrored into a queryable database (accession → study map) in real time, so any system can ask "which studies exist for this order" instantly.
DICOMweb — QIDO-RS search, WADO-RS retrieval and STOW-RS storage — the modern web-native DICOM API stack for integrations and viewers.
Sync job queue UI — Every pull/move job visible with institution and source resolution, status, progress counters and retries.
Supervised services — Every pipeline component runs as a managed service — crashes and reboots self-heal, studies never silently stop syncing.
Radiologists work a clean pipeline with context at hand.
Reporting pipeline — New → Uploaded → In Progress → In Review → Signed → Finalized, with revert and amendment reasons.
In-app report editor — Rich templates and one-click PDF.
Assignment & TAT tracking — Turnaround metrics per doctor.
Prior-study context inline — Patient history available while reading.
Signed reports become DICOM objects and reach any viewer instantly.
Auto-PDF to PACS — Signed reports become DICOM Encapsulated PDFs in the archive automatically.
DICOM Structured Reports — Basic Text SR stored inside the archive as DICOM objects — retrievable by any PACS.
Zero-footprint OHIF viewer — Diagnostic-grade viewing in the browser — MPR, measurements, windowing. No installs, any workstation.
Desktop viewer session launch — One-click handoff to installed viewers.
Per-study deep links — OHIF URLs carried on every order for instant opening.
HL7 messaging keeps RIS, PACS and hospital systems in lockstep.
Complete HL7 v2.x support — Inbound and outbound. Outbound ORM/ORU order and result messages (MSH/ORC/OBR/PV1) with configurable center IDs, priorities, visit types and sending/receiving applications.
Inbound status feedback — PACS status parsed into per-service state — In Progress → Read → Finalized → Amended.
Bi-directional status sync — RIS worklists reflect PACS reality within seconds — I/R/F/P/A codes, scan timestamps, study UIDs and image counts.
Mirth-compatible — Plugs into any HIS/LIS message bus.
Revenue, referrals and pending work stay visible to admins.
Challan Summary — Government and challan billing in one view.
History & Excel exports — Reception, billing and auditor tabs with exports.
Referral management — Refer By masters, external referrals and payment tracking.
Revenue counters — Bills, paid vs due, and a cancelled-order audit trail.
Pending-work board — Unscanned, unreported and delayed items surfaced.
Crashes and reboots recover automatically.
Parallel registrations can't corrupt slots.
Socket-driven dashboards — no page refresh.
Every transition traceable end-to-end.
Tell us about your modalities, referring doctors and reporting volume — we'll scope PACS, RIS and the integration plan around them.