DORC 8310.27G12 EVA TDC Vitrectomy Pack VGPC Input 27G (x)

The DORC 8310.27G12 EVA TDC Vitrectomy Pack VGPC Input 27G is an innovative, high-performance surgical toolset specifically designed for vitrectomy procedures. Developed by the Dutch Ophthalmic Research Center (DORC), a leader in ophthalmic surgical products, this vitrectomy pack combines state-of-the-art technology with practical functionality to support ophthalmic surgeons in delivering optimal patient outcomes. Its comprehensive and user-centric design makes it an essential component in modern vitreoretinal surgeries.

Key Features and Benefits:

Twin Duty Cycle (TDC) Technology:

At the core of the DORC 8310.27G12 EVA TDC Vitrectomy Pack is the advanced Twin Duty Cycle (TDC) cutter technology. This innovation allows the dual-port cutter to operate with exceptional precision and speed, performing up to 16,000 cuts per minute. This results in a more efficient vitrectomy with less traction on the retina, thereby reducing the risk of intraoperative complications. The TDC system enhances fluidics control, allowing for smoother and more predictable tissue removal and thus ensuring a safer surgical environment.

27-Gauge Instrumentation:

The pack features ultra-thin 27-gauge instruments that facilitate minimally invasive surgery. These smaller gauge tools allow for smaller incisions, which lead to faster healing times and reduced postoperative discomfort for patients. Despite their delicate size, the instruments maintain high durability and stability, enabling precise surgical maneuvers.

VGPC (Variable Gauge Peristaltic Pump) Input:

The Variable Gauge Peristaltic Pump (VGPC) input offers superior control over intraocular pressure and fluid dynamics. This feature allows surgeons to tailor fluid flow rates according to the specific needs of each procedure, enhancing both safety and efficiency. The VGPC system ensures consistent and reliable performance, which is crucial during delicate vitreoretinal surgeries.

Enhanced Visualization:

Optimal visualization is critical in vitrectomy procedures. The DORC 8310.27G12 pack includes advanced illumination systems that provide bright, clear views of the surgical field. The high-quality lighting reduces glare and enhances contrast, allowing surgeons to see fine details and make precise movements. The enhanced visualization capabilities are particularly beneficial during complex surgeries, where accuracy is paramount.

Ergonomic and User-Friendly Design:

DORC has engineered this vitrectomy pack with the end user in mind. The ergonomic design of the handpieces ensures comfortable handling, reducing surgeon fatigue even during lengthy procedures. The intuitive setup and straightforward operation of the pack components help streamline the surgical process, minimizing preparation time and potential errors.

Safety and Sterility:

The DORC 8310.27G12 EVA TDC Vitrectomy Pack is manufactured under stringent quality control standards to ensure the highest levels of sterility and safety. Each component is individually packaged and sterilized, adhering to rigorous infection control protocols. The single-use design of the pack components eliminates the risk of cross-contamination, ensuring a safe surgical environment for patients.

Clinical Applications:

Vitrectomy Procedures: Ideal for a wide range of vitreoretinal surgeries, including those for retinal detachments, macular holes, epiretinal membranes, and diabetic retinopathy.
Minimally Invasive Surgery: The 27-gauge instrumentation supports minimally invasive techniques, promoting faster patient recovery and reducing postoperative complications.
Complex Cases: The advanced TDC technology and VGPC input make the pack suitable for handling complex and delicate cases where precision and control are crucial.

The DORC 8310.27G12 EVA TDC Vitrectomy Pack VGPC Input 27G represents the pinnacle of innovation in vitreoretinal surgery. With its advanced TDC cutter technology, superior fluidics control, and high-quality visualization capabilities, this pack ensures that ophthalmic surgeons can perform with unparalleled precision

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