JINGFUNG introduces an advanced medical-grade surgical recording workstation

PRESS RELEASE

JINGFUNG Introduces Advanced Surgical Recording Workstation for Modern Dental & Medical Procedures

Designed for Stable Surgical Imaging, Clinical Teaching, Remote Consultation, and Future AI Applications

JINGFUNG proudly presents its latest Medical-Grade Surgical Recording Workstation, an advanced visual imaging platform specially designed for:

• Dental Clinics
• Implant Centers
• Oral Surgery
• Microsurgery
• Medical Education & Training
• Remote Consultation Applications

Unlike conventional recording devices such as smartphones, action cameras, DSLR cameras, or consumer DV camcorders, the JINGFUNG system is developed specifically around real clinical workflow requirements.

The workstation combines:

• Stable long-duration recording
• Large depth of field (DOF)
• Long working distance
• Optical zoom imaging
• Sterile-friendly operation
• Foot control integration
• Real-time teaching support
• AI-ready clinical documentation

to provide a complete surgical visualization and recording solution.

Designed for Surgical Workflow, Not Just Video Recording

Many recording devices can capture video, but maintaining:

• stable positioning,
• clear surgical detail,
• uninterrupted long-duration recording,
• and non-intrusive workflow integration

during actual surgery remains a major challenge.

JINGFUNG addresses these limitations through a dedicated medical imaging architecture optimized for clinical environments.

Key Features of the JINGFUNG Surgical Recording Workstation

Stable Pneumatic Suspension Arm

The dual-section pneumatic arm allows:

• smooth positioning,
• free hovering,
• and stable fixation without drifting.

This enables long surgical recording sessions while maintaining consistent image framing.

Long Working Distance (10cm–100cm)

The optical system supports flexible shooting distances while reducing obstruction from surgeons or assistants.

This is especially useful for:

• implant surgery,
• microsurgery,
• endodontics,
• and periodontal procedures.

Large Depth of Field (DOF)

Compared with DSLR cameras that often suffer from shallow depth of field and focus loss, the JINGFUNG system maintains clear visibility across a larger surgical area.

This improves:

• surgical observation,
• educational recording quality,
• and procedural consistency.

Optical Zoom Imaging

The workstation supports high-quality optical zoom for detailed close-up observation without the image degradation commonly seen in digital zoom systems.

Foot-Control & Remote Operation

The system supports:

• foot pedal control,
• wireless remote operation,
• electric pan/tilt adjustment,
• photo capture,
• and video recording.

This allows surgeons to operate the system while maintaining sterile workflow conditions.

Real-Time Teaching & Remote Consultation

The platform supports:

• live surgical display,
• large-screen synchronization,
• remote teaching,
• online consultation,
• and image annotation.

This makes it ideal for:

• medical education,
• conference demonstrations,
• and multi-site collaboration.

AI-Ready Surgical Imaging Platform

As AI becomes increasingly important in healthcare, standardized surgical imaging is becoming critical.

The JINGFUNG system is designed to support future AI applications through:

• fixed camera angles,
• stable image consistency,
• long-duration recording,
• standardized case documentation,
• and structured clinical data collection.

Potential future applications include:

• AI surgical analysis
• Medical teaching datasets
• Procedure standardization
• Case comparison systems
• Smart medical platforms

Beyond Recording — A Complete Surgical Visualization Platform

JINGFUNG Surgical Recording Workstation is not simply a recording device.

It is a comprehensive surgical visualization and educational platform designed to improve:

• clinical recording quality,
• teaching efficiency,
• surgical workflow,
• and future digital medical integration.

About JINGFUNG

JINGFUNG specializes in advanced medical imaging and surgical recording solutions for dental and medical applications, focusing on:

• clinical visualization,
• surgical workflow optimization,
• medical education,
• and AI-oriented imaging systems.

The company continues to develop innovative imaging technologies to support the next generation of smart medical environments.