BR Surgical Semi-Rigid Alligator Grasping Forceps, with serrations, double-action jaws, Ø 1.7mm, 5FR x 28cm

Yes, the double-action jaw mechanism is specifically engineered to provide superior, controlled closure. This ensures that the instrument moves with precision, allowing for more reliable manipulation and grasping during delicate procedures.

Absolutely. The jaws are equipped with specialized gripping serrations that create a secure, firm hold on tissues or objects, minimizing the risk of slippage during critical tasks.

The semi-rigid design is crafted to offer an optimal balance between flexibility and stability. This allows the forceps to navigate through lumens and tight anatomical spaces effectively while maintaining enough structural rigidity for precise control.

Yes, this model is precisely calibrated as a 5 French (5FR) instrument with a 1.7mm diameter, making it ideal for minimally invasive applications that require slim-profile access.

Yes, the 28cm working length provides the necessary reach for deeper access in surgical sites, ensuring that you can perform your tasks without compromising on the instrument’s maneuverability.

Yes, this instrument is supplied in Factory New condition, ensuring it is completely unused and meets all original manufacturer performance standards.

To ensure the highest quality control and proper handling, this product ships directly from the manufacturer. This direct process guarantees that your instrument arrives in optimal operational condition.

Yes, it is designed for minimally invasive procedures. Its slim 1.7mm profile and high-performance jaw mechanics are specifically chosen for accuracy and precision in tight surgical environments.

The alligator-style jaws are specialized for mechanical occlusion and secure grasping. Combined with the serrated surface, this geometry is highly effective for retrieving foreign objects or firmly engaging target tissue.

As a BR Surgical brand product, this instrument is manufactured to professional medical standards, intended for reliable use in clinical environments where high-precision grasping and maneuverability are required.