Item Number: SKU:NM45200500106

Titanium Disseceting Bayonet Cushing Tissue Forceps, 1x2 teeth 185mm - 7 1/4"

$527.05

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Experience precision and safety in delicate procedures with the Titanium Dissecting Bayonet Cushing Tissue Forceps featuring 1x2 teeth. Crafted from high-quality, MRI non-magnetic titanium, these forceps are ideal for use in MRI suites and other environments requiring non-ferromagnetic instruments. The ergonomic bayonet design provides superior visibility and improved access, minimizing hand obstruction and allowing for the precise manipulation of tissue. The 1x2 teeth configuration ensures reliable grasping with minimal trauma, making these forceps a top choice for neurosurgical and microsurgical applications.

Key Features:

Manufactured from premium MRI-compatible titanium
1x2 teeth design for secure tissue handling
Bayonet style for enhanced precision and visibility
Lightweight and corrosion-resistant
185mm (7 1/4") length for optimal reach
Non-magnetic equipment, ideal for MRI environments

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Frequently Asked Questions

1. What makes these bayonet Cushing forceps with 1x2 teeth a good fit for MRI suites and image-guided procedures?

These forceps are built from non-magnetic titanium, so they stay stable in MRI Zones III–IV and won’t create magnetic interference near the bore. That matters when you’re working in a tight surgical field surrounded by coils, cables, or monitoring equipment. The 1x2 teeth give you a secure, predictable grasp on tissue — helpful in neurosurgical and microsurgical work where precision is everything. Many MRI facilities choose titanium bayonet instruments because they offer reliable control without introducing ferrous risk.

2. Why choose a bayonet design for microsurgery or deep cavity work?

The bayonet shape keeps your hand out of the line of sight, which improves visibility in narrow or deep operative sites. That offset design also helps reduce fatigue during longer cases by keeping the wrist in a more natural position. With 1x2 teeth, you get a more confident hold than smooth tips provide, which is useful for moving or stabilizing small structures without squeezing harder than necessary. It’s a design that consistently delivers better access and cleaner technique.

3. How durable is titanium for high-volume hospitals that sterilize instruments repeatedly?

Titanium performs exceptionally well under heavy autoclave use. It doesn’t corrode, pit, or lose tension over time, even in facilities that run multiple sterilization cycles per day. The tips stay aligned, and the 1x2 teeth maintain their grip profile, so the instrument handles the same way case after case. For MRI environments that need dependable, non-magnetic tools, titanium offers long life, minimal maintenance, and fewer replacements — which keeps sets consistent and ready for quick turnover.