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Introduction to the characteristics of bipolar forceps used in microsurgery

 The main body is made of aluminum with high thermal conductivity, and the silver-plated part of the tip is mirror-finished by human hands instead of instruments. In similar bipolar surgical instruments, it is extremely unlikely to be burnt due to its anti-shearing The function is always required to be of high quality, and the professors and doctors of microsurgery approve it for brain neurosurgery.

The outer coating of the focused surgical forceps is insulated from the tip, and precise coagulation is performed on the dissection part, which improves the safety of the operation when hemostasis around the nerve.

Introduction to the characteristics of bipolar forceps used in microsurgery

Feature 1: Ultra-thin purple insulating coating, with high visibility and stable hemostatic effect, so hemostasis can be performed efficiently even in a deep surgical area.

Feature 2: The surface treatment of each silver-plated nib, manual polishing of the mirror surface, the bipolar forceps manufactured by this method can prevent scorching. Because it uses high heat transfer aluminum as the substrate, it is especially suitable for heavy bleeding. Surgery such as AVM and meningioma.

Feature 3: The anti-shear function is realized through design optimization of shape, size, and standard.


Post time: Oct-19-2021