IOR system solution is an open system, vendor neutral and to ensure compatibility, performance, and scalability.

This specification is designed to maximize patient care, operational efficiency, and clinician support, with emphasis on features that provide a distinct advantage in today’s modern surgical workflows.

Main function:

1. Better visualization & decision-making for surgeons

• Real-time integration of endoscopy, C-arm, surgical field, ultrasound, vital signs

• PIP / PaP / quad-view layouts

• Zero-latency switching for uninterrupted views

• Surgeons can switch templates based on each surgical phase for faster, safer decisions.

2. Significant workload reduction for nurses

• One-touch presets for images, lights, and devices

• No need to adjust multiple systems during surgery

• Real-time device status display

• This improves workflow efficiency and minimizes communication errors.

3. Digital documentation & automatic data archiving

The system auto-generates surgical report drafts, timestamps, recordings, and syncs with HIS/PACS—reducing manual input and improving accuracy.

4. Teaching, training & academic growth made easy

• Real-time 4K teaching

• Remote multi-site interaction

• Playback on mobile/tablet

• Supporting medical education and boosting hospital academic influence.

5. Ready for smart hospital construction & accreditation

iOR enables data traceability, workflow visibility, and integrated device management—key elements for digital/Smart/ Robot operating rooms.

Weyuan iOR is more than a system; it is a comprehensive clinical platform empowering hospitals in efficiency, safety, research, and education.

 Instruction of Main module:

1. OR Image Management Module:

(1) Meets the needs of surgical audio and video interaction, supports preview functionality for various types of surgical audio and video information before external live broadcast or recording;

(2) Provides control functions for external information output, supporting the cutting off of external information output when necessary.

(3) Provides capture and review functions for important surgical scenes, and full surgical procedure recording functionality.

(4) Allows for optimized adjustment and control of related surgical images within the operating room.

(5) Supports digitization and remote transmission of video sources such as the surgical camera, panoramic camera, head camera, endoscope, ultrasound, patient monitor, vascular flow meter, and patient information.

(6) Supports simultaneous multiple video input channels and high quality 4K recording.

(7) Provides operating room screen display control functionality to switch various surgical video signals, push any specified video source to any specified operating room display screen, and supports flexible expansion and connection of video sources.

(8) Capable of recording the entire surgical procedure for process management.

(9) Recorded files can be stored on local servers or network storage devices. 

2. Operating Room Image Control and Transmission

(1) Fiber optic AVoIP architecture, no latency, clear image speed.

(2) 4K60P high-quality resolution.

(3) Supports display options like singe picture, double picture, Picture-in-Picture (PiP), PoP, Quad-screen mode, etc., with independent audio source selection.

3. Recording + Control System Assembly:

(1) Operating Room Image Allocation and Editing Operations

(2) Login system with account/password permission management.

(3) Four-channel FHD video synchronous recording or real-time screen capture.

(4) Ability to add timestamps during recording for subsequent quick search and record usage.

(5) Can simultaneously record audio signals into the video for surgical records.

(6) Simultaneously receives signals from various medical devices and can merge two real-time medical image streams with the same timeline into a single video file.

(7) Supports screen switching functions, including PiP and dual-screen adjustments, and can output integrated real-time images to a second screen with high-quality resolution.