Bayonet Disc Forceps (Black)

Description

Unobstructed Grasping Power with Black Bayonet Disc Forceps

During a microdiscectomy, surgeons must extract tough, fibrous fragments of the nucleus pulposus through narrow, deep anatomical corridors. Standard inline forceps often force the surgeon’s hand into the operative sightline, while traditional stainless steel finishes reflect the intense light of surgical microscopes, causing eye fatigue.

The Black Bayonet Disc Forceps by Infinity Ortho is engineered to solve both challenges simultaneously. The offset bayonet handle shifts the surgeon’s grip safely out of the microscopic field of view, while the specialized medical-grade black coating absorbs all overhead light, providing a clear, high-contrast view of the surgical target.

Key Features & Clinical Advantages

• Zero-Glare Visual Corridors: The premium black ceramic (or DLC) finish acts as a light-absorbing matte surface. This eliminates halo effects and glare under high magnification, allowing for safer dissection around the spinal cord and nerve roots.

• Offset Ergonomic Design: The bayonet-style shaft ensures that the surgeon’s hand and the instrument’s handle do not block the light source or the visual axis, maintaining 100% visibility of the cupped jaws deep within the spinal canal.

• Secure Tissue Resection: The finely crafted fenestrated cups bite into and hold sequestered disc fragments and ligamentous tissue securely, ensuring complete removal without the risk of tissue slipping back into the canal.

• Enhanced Surface Durability: The black coating not only prevents glare but also significantly hardens the underlying German stainless steel, protecting the instrument from wear, corrosion, and the rigors of repeated autoclave sterilization.

• Frictionless Action: The coating serves as a micro-lubricant at the instrument’s hinge, providing a buttery-smooth grasping action that minimizes hand strain over long procedures.

Primary Surgical Applications

• Spine Surgery: Lumbar and cervical microdiscectomies, laminectomies, and foraminotomies requiring deep access.

• Neurosurgery: Pituitary tumor resection and precise soft-tissue extraction in restricted cranial spaces.

Technical Specifications