Hemovac drain

Negative pressure drainage system designed for post-operative wound management and fluid collection. Maintains controlled suction to promote healing, reduce complications, and facilitate proper drainage in surgical and trauma care settings. Available in single and dual-channel configurations to accommodate varying clinical requirements.

VariVac is a clinician-designed, low vacuum wound drainage system that provides constant suction with three adjustable vacuum levels. The lightweight, portable system allows adjustment from approximately 0 kPa to -26 kPa and features a gravity/passive drainage setting that can be toggled by turning a dial. It includes a pre-vacuumed, rechargeable canister with a crystal clear reservoir for easy identification of exudate flow, and incorporates infection control features such as one-way valves, quick connectors, and a totally closed vacuum system to safely contain exudate.

M-VAC is designed to drain the secreta of humor, blood plasma, and so on, which has occurred in the affected part after operation, with maintaining a low vacuum continuously. This product is able to reduce the time and the cost of treatment because this product has drained the blood plasma quickly and made narrow between tissues. - Connecting tube for fitting drain - Suspension eyes for simple fixing - Air vent for easy to evacuate - Wound tubes of silicone are available on order This product is sterilized by ethylene oxide. Closed Wound Drainage Systems would be used to drain fluid, mostly blood, from surgical wounds after an operation. The drains can either be open or closed. Closed drains use vacuum bottles and plastic conduits to draw fluid away from the wound by producing a negative pressure. The deference of PVC type (PP200, PP400, PS200, PS400) and Silicone type (SS 100, SS200) is the materials of body.

M-Vac is a medical low-pressure continuous suction device used to drain exudate, body fluid, and plasma from surgical wound sites. It consists of a drainage container that provides sustained low vacuum pressure through silicone or spring elastic restoration, and a drainage tube inserted into the wound. The system prevents post-surgical complications by rapidly removing accumulated exudate and blood, reducing antibiotic use and shortening healing time while decreasing costs.

Sterile systems designed to drain fluid from surgical wounds while maintaining a closed environment to reduce infection risk.

Non-toxic PVC wound drainage system with silicone reservoir (100/200ml) or PVC reservoir (200ml/400ml/800ml) options. Includes flat or round fluted/perforated drain (Fr10-Fr18) and stainless steel trocar (Fr10, 15, 19). Used to remove blood and excess fluid from wounds. Sterilized by EO gas and packaged 1 piece per Tyvek pouch with 50 pieces per carton.

Sterile system for controlled evacuation of wound fluid and blood post-operatively. Maintains negative pressure to promote healing and prevent hematoma formation.

An advanced wound drainage system that uses high vacuum pressure to effectively remove fluid from surgical sites.

Closed low-pressure drainage systems designed to minimize infection risks in wound management. Part of the aspiration-ventilation product range for post-operative care.

Wound drainage systems and surgical accessories including high and low vacuum drains, pleural puncture sets, chest tubes, and trocar catheters. These closed drainage systems manage fluid accumulation from surgical sites and thoracic procedures, available in single and multi-chamber configurations with tubing and collection bottles.

Closed wound suction drainage unit designed to remove fluid and air from surgical sites post-operatively. The system maintains negative pressure to promote healing, reduce complications, and minimize infection risk. Ideal for general surgery, orthopedic, and trauma applications.

Closed negative pressure drainage system designed for post-operative wound management and fluid removal. The system maintains controlled negative pressure to promote healing, reduce infection risk, and minimize complications in surgical sites. Suitable for orthopedic, trauma, and general surgical applications where effective drainage is critical to patient outcomes.