Handle ROBI

RoBi® insulated handle: Technical characteristics and detailed specifications

The RoBi® insulated handle offers an innovative and ergonomic solution for medical procedures requiring maximum precision and reliability. Designed for use with 3.5mm and 5mm sizes, this handle features exceptional technical features and detailed specifications that set it apart in the market.

The revolutionary RoBi® handle represents a significant advancement in the field of medical devices. Featuring an HF connection cleverly mounted at a 45 degree angle on the top side, this handle ensures flawless handling during surgical procedures. By skillfully directing the high frequency cable away from the operating area, it ensures a safe and uncluttered working environment, where every movement counts.

The design ingenuity doesn't stop there. The mobility of the upper shaft stem provides unparalleled flexibility, allowing precise handling even in the most demanding conditions. Whether in tight spaces or during delicate procedures, this handle gracefully adapts to the surgeon's every movement.

With the RoBi® handle, safety and efficiency are within reach. Every detail has been meticulously designed to provide an uncompromising surgical experience, where precision and reliability are paramount.

The RoBi® handle goes beyond expectations in functionality and practicality. Thanks to its innovative color coding system, both on the working insert and on the handle itself, identifying medical instruments becomes child's play. This unique feature ensures instant recognition, allowing surgeons and assistants to stay focused on the task at hand, without wasting valuable time.

But that's not all. The RoBi® handle is designed to fit 3.5mm and 5mm RoBi® systems, providing unmatched versatility for a multitude of medical applications. Whether for delicate surgical interventions or more complex procedures, the RoBi® handle meets the varied needs of healthcare professionals.

This broad compatibility makes the RoBi® handle a valuable investment for healthcare facilities, reducing the need for multiple instrument sets and ensuring optimal effectiveness in a wide range of clinical situations. With the RoBi® handle, versatility and simplicity are within reach, providing a practical and reliable solution for contemporary medical challenges.

When it comes to technical specifications, the RoBi® handle stands out with its intelligent design and advanced features. Its optimal weight is carefully calibrated to provide comfortable handling, even during prolonged use. This feature is crucial for surgeons who must maintain absolute precision during long hours of surgery.

In addition, its compact dimensions make it an ideal tool for tight spaces, where every movement counts. Whether in a cramped operating room or during a procedure under a microscope, the RoBi® handle offers uncompromising maneuverability, guaranteeing optimal performance even in the most demanding conditions.

But that's not all: the insulated handle construction ensures maximum safety for users and patients. By minimizing the risk of electric shock and providing protection against electrical currents, the RoBi® handle creates a safe and calm working environment, where trust reigns supreme.

The exceptional features of the RoBi® handle don't stop there. Indeed, it offers a range of advanced features designed to optimize efficiency and comfort during surgical procedures.

Among these notable features is the ability to perform unipolar coagulation with a bipolar connecting pin. This feature allows surgeons to precisely control the clotting process while minimizing the risk of damage to surrounding tissues. This ensures more accurate surgical results and faster recovery for patients.

Additionally, the RoBi® handle is equipped with a finger rest for improved ergonomics. This ergonomic feature provides additional support during long operating hours, reducing fatigue on surgeons' hands and fingers. With increased comfort, healthcare professionals can fully concentrate on the task at hand, without distractions or discomfort.

Finally, the RoBi® handle is designed without a ratchet mechanism, providing a smooth and snag-free user experience. This intelligent design allows for precise and smooth manipulative movements, ensuring optimal performance throughout the duration of the surgical procedure.

In summary, the RoBi® insulated handle combines exceptional performance, safety and versatility to meet the most demanding needs of healthcare professionals. Its innovative design and detailed technical specifications make it a leading choice for medical procedures requiring optimal precision and reliability.

• Weight: The weight of the handle is optimized to ensure comfortable handling while providing sufficient stability during use. Specific details regarding the weight may vary depending on the exact model and configuration of the product.
• Dimensions: The RoBi® handle features compact dimensions that make it easy to maneuver in various clinical situations. These dimensions are carefully designed to strike an optimal balance between maneuverability and stability when using the medical device.
• HF Connection: The handle is equipped with an HF (High Frequency) connection mounted at a 45-degree angle on the upper side. This layout helps guide the high-frequency cable away from the operating area, ensuring safe and effective handling while reducing the risk of interference.
• Compatibility: The RoBi® handle is compatible with both 3.5mm and 5mm RoBi® systems, thus offering increased versatility for a wide range of medical applications. This expanded compatibility allows healthcare professionals to benefit from a convenient and efficient solution for various surgical procedures.
• Safety: The insulated construction of the handle ensures increased safety for users and patients by minimizing the risks of electric shock or damage from electrical currents. This feature is essential for ensuring safe and complication-free surgical interventions.
• Additional Features: The RoBi® handle can be used for unipolar coagulation with a bipolar connector pin, providing additional flexibility in use. Furthermore, the availability of a finger rest helps improve ergonomics and user comfort during prolonged surgical procedures.