TURP Glass Syringe
TURP Glass Syringe is designed for efficient irrigation during transurethral procedures. It features a reinforced glass barrel with a secure metal adaptor, ensuring precise fluid delivery. The syringe is compatible with endoscopes from leading brands like Storz, making it ideal for various endoscopic applications. This reusable unit ensures a dependable solution for urological use.
The TURP Glass Syringe is a precision-engineered medical instrument commonly used during transurethral resection procedures. It features a robust glass barrel with a metal adaptor reinforced directly into the body of the syringe, ensuring leak-proof performance and durability. Designed to seamlessly connect with endoscopic systems, it provides a smooth irrigation process during procedures such as TURPs. The standard adaptors are fully compatible with endoscopes manufactured by Karl Storz, enhancing operational convenience. Built for reusability, the syringe is manufactured using high-quality materials, making it ideal for repeated use in surgical settings. The transparent glass body allows clear visibility of the fluid level, while the ergonomic design ensures comfort during operation. Omec Health Care ensures consistent product reliability and precision to meet surgical demands effectively.
Key Features:
- Reinforced glass barrel with built-in metal adaptor for enhanced durability.
- Ideal for irrigation during TURP and other endoscopic procedures.
- Transparent body provides clear fluid visibility during use.
- Ergonomic design ensures controlled and comfortable handling.
- Constructed from high-quality materials for long-lasting performance.
- Designed for efficient fluid control and precision in surgical environments.
- Fully autoclavable and reusable for multiple procedures.
This syringe offers a high-performance solution for surgical irrigation, specifically tailored for TURP and other endoscopic procedures. Built for reliability, precision, and compatibility with leading endoscope systems, it supports seamless surgical workflows.
