External Ventricular Drainage System With Antibiotic Impregnated Ventricular Catheter

The management of intracranial pressure and cerebrospinal fluid (CSF) drainage is a cornerstone of neurocritical care, particularly in the treatment of conditions such as acute hydrocephalus, intraventricular hemorrhage, and traumatic brain injury. For these scenarios, having a reliable, safe, and easy-to-use external ventricular drainage (EVD) system is not just advantageous—it is essential. Desu’s ENDS-010 Series External Ventricular Drainage System is engineered to meet this clinical need with precision, offering a complete solution that combines advanced infection control with responsive CSF management.

One of the most critical innovations within the ENDS-010 Series is the inclusion of an antibiotic-impregnated ventricular catheter. This catheter, made with a smooth and flexible design, provides excellent drainage efficiency while helping reduce the risk of catheter-related infections. The surface is embedded with antibacterial agents that prevent microbial colonization and biofilm formation, making it a valuable safeguard against one of the most common complications of external drainage procedures. With an inner diameter of 1.5 mm, an outer diameter of 3.0 mm, and a length of 31 cm, the catheter is built to ensure smooth CSF flow while remaining structurally stable under physiological conditions.

The catheter is supported by an ensemble of components that enhance placement, fixation, and fluid control. A precision stylet allows for guided insertion, and an angled trocar facilitates access through a minimally invasive cranial pathway. Once placed, a fixation tab helps secure the catheter at the insertion site, reducing the chance of dislodgment or skin-level movement. A Luer lock connector and distal cap allow for clean, secure closure when not connected to a drainage line, maintaining a closed sterile circuit throughout use.

Desu’s drainage system is designed for bedside use and rapid deployment. The assembly includes a 60 cm reinforced cord with a locking mechanism that stabilizes the drainage height, along with a 30 cm measuring ruler to help clinicians set and monitor CSF drainage pressure in either mmHg or cmH₂O. These features enable precise adjustment of drainage pressure, a critical factor in preventing complications such as overdrainage or intracranial hypotension. The clear and calibrated pressure ruler supports real-time observation and fine-tuning of fluid output, ensuring better outcomes in both emergency and post-surgical care settings.

The fluid collection setup is equally well-constructed, featuring a 150 ml drip chamber that allows visual inspection of CSF characteristics such as color, flow rate, and presence of clots or debris. A high-capacity 800 ml drainage bag with an integrated air filter ensures safe and hygienic storage of diverted CSF. The system is completed by two three-way connectors, which allow for flexible routing and system flushing, and a hydrophobic filter that maintains sterility by preventing air and microbial contamination.

Ease of use is a core strength of the ENDS-010 system. All components are intuitively assembled and ergonomically designed to support fast action in high-pressure environments such as ICUs or operating rooms. The materials are latex-free and DEHP-free, ensuring biocompatibility and patient safety. The system’s transparent construction provides clear visual cues at every step, helping clinicians monitor performance with minimal guesswork or delay.

Clinicians benefit from a plug-and-play system that reduces the need for assembling separate parts or managing multiple sterile fields. The EVD system arrives pre-packaged in sterile form and is suitable for immediate use upon opening. The comprehensive nature of the kit eliminates the need to source additional components during emergency procedures, allowing staff to focus on patient care without interruption.

This system is particularly valuable in time-sensitive clinical scenarios, where the prompt management of elevated intracranial pressure can directly impact neurological recovery and survival. Whether used to relieve hydrocephalus following subarachnoid hemorrhage or to monitor and control CSF output after craniotomy, the ENDS-010 Series offers reliability, flexibility, and infection protection in one streamlined unit.

From a broader perspective, Desu’s external ventricular drainage solution reflects the company’s continued focus on medical device innovation and clinical feedback. Every component in the ENDS-010 Series has been selected or designed based on real-world neurosurgical requirements, emphasizing both mechanical performance and patient safety. The antibiotic catheter option represents Desu’s proactive approach to infection control, helping institutions reduce ICU stay durations, readmissions, and antibiotic usage by preventing problems before they occur.

In summary, the Desu ENDS-010 External Ventricular Drainage System with an antibiotic-impregnated ventricular catheter is a high-performing, clinician-friendly solution for critical CSF drainage. With its complete system integration, anti-infective properties, and precision-based fluid control, this system stands out as a dependable choice in modern neurosurgical care. It supports not only emergency interventions but also longer-term intracranial pressure monitoring in complex post-operative care. With Desu’s reputation for quality and innovation, the ENDS-010 Series reinforces clinical confidence, patient safety, and procedural efficiency at every stage of care.