Fischer-USA
6229 Shepard Super Alloy Tying Forceps
6229 Shepard Super Alloy Tying Forceps
Regular price
$416.00 USD
Regular price
Sale price
$416.00 USD
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The 6229 Shepard Super Alloy Tying Forceps combines precision engineering with ergonomic design for reliable hemostatic control in surgical settings. Featuring a curved profile and a generous 4mm tying platform, this instrument provides optimal grip and maneuverability during delicate tissue handling and vessel ligation. The wide serrated titanium handle delivers superior durability and a secure, non-slip grip even in wet surgical environments. Constructed from premium super alloy materials, the forceps resists corrosion and maintains its edge through repeated sterilization cycles. Ideal for cardiovascular, general, and microsurgical procedures where consistent performance and tactile feedback are essential.
Specifications & Details:
• Model: 6229 Shepard Super Alloy Tying Forceps
• Material: Premium super alloy with serrated titanium handle
• Profile: Curved design
• Tying Platform: 4mm width
• Handle Design: Wide, serrated grip surface
• Grip Type: Non-slip, optimized for wet surgical environments
• Primary Use: Hemostatic control, tissue handling, vessel ligation
• Surgical Specialties: Cardiovascular, general surgery, microsurgery
• Durability: Corrosion-resistant, maintains edge through multiple sterilization cycles
• Key Features: Precision engineering, ergonomic design, superior tactile feedback
Specifications & Details:
• Model: 6229 Shepard Super Alloy Tying Forceps
• Material: Premium super alloy with serrated titanium handle
• Profile: Curved design
• Tying Platform: 4mm width
• Handle Design: Wide, serrated grip surface
• Grip Type: Non-slip, optimized for wet surgical environments
• Primary Use: Hemostatic control, tissue handling, vessel ligation
• Surgical Specialties: Cardiovascular, general surgery, microsurgery
• Durability: Corrosion-resistant, maintains edge through multiple sterilization cycles
• Key Features: Precision engineering, ergonomic design, superior tactile feedback
