Digital Vacuum Unit

Vacuum-sealed drainage suction system for wound management and fluid collection in surgical and acute care applications.

A medical equipment unit that provides negative pressure drainage functionality for clinical use. It is designed for safe and effective drainage in healthcare settings.

The O2VAC Suction Unit is a portable suction device designed for airway clearance and secretion removal in clinical and emergency settings. It provides reliable vacuum pressure regulation for respiratory support and suctioning applications across acute care, operating theatres, and transport environments.

Portable or wall-mounted suction apparatus for removing blood and surgical fluids during procedures. Features variable vacuum control and integrated fluid management.

A compact and mobile ultrasonic surgical system designed for use in various surgical settings. The portable design maintains full functionality while enabling flexible deployment.

Mobile aspiration device for removal of fluids and debris during clinical procedures. Used across multiple specialties including ENT, podiatry, and gynecology.

Portable or stationary suction device for airway clearance and wound drainage in clinical environments. Includes collection containers and tubing systems.

On-demand clinical vacuum production unit for hospital applications. Generates medical-grade vacuum independently with remote monitoring and control capabilities.

Portable negative pressure wound therapy unit suitable for basic wound care applications. Provides adjustable suction levels for effective wound drainage and management.

Negative Pressure Wound Therapy System for managing traumatic wounds, surgical sites, and chronic wounds through controlled negative pressure application. The system includes a vacuum pump unit, sterile foam dressings, and drainage tubing designed to promote wound healing, reduce infection risk, and accelerate tissue granulation. SFDA-registered device based on third-generation VSD technology for clinical wound care management.

Multi-parameter drainage monitoring system for real-time tracking of fluid output, characteristics, and clinical parameters from surgical drains. Enables continuous assessment of post-operative drainage to facilitate early detection of complications and optimize patient management during recovery.