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B304 - Scalpel Blade No.12 - B304
B304

B304 - Scalpel Blade No.12

Carbon Steel Surgical Blade No.12 — 37×11×0.40mm

Premium SteelSheffield · İngiltere

Scalpel blade No.12 — 37×11×0.40mm. Small crescent/hook-shaped blade, sharpened on the inside edge of the curve. Used in ophthalmology, ENT (ear-nose-throat), and dental surgery. #3 handle compatible (Bard-Parker fitment). Carbon steel, precision honed edge, non-sterile industrial grade. 100 pcs/box (20×5 strips). Swann Morton compatible.

  • No.12 — crescent/hook-shaped, inside edge sharpened
  • 37×11×0.40mm precision dimensions
  • Curved inside edge cutting profile
  • #3 handle compatible (Bard-Parker fitment)
📐 Available Sizes:
37×11×0.40mm
In Stock

Technical Specifications

MaterialCarbon Steel
HardnessHRC 55-58
Dimensions37×11×0.40mm
Thickness0.40mm
Blade TypeNo.12 — Crescent/Hook Shape, Inside Edge Sharpened
Handle Compatibility#3 Handle Compatible (Bard-Parker)
Packaging100 pcs/box (20×5 strips)
SterilizationNon-Sterile (Industrial Grade)

Why This Product?

Crescent Hook Profile

Inside-edge sharpened crescent geometry for curved incisions in delicate surgical fields.

Compact 37mm Form

Short 37mm length with 11mm width provides maximum control in confined surgical areas.

#3 Handle Compatible

Bard-Parker #3 fitment ensures universal compatibility with standard surgical handles.

Applications

Ophthalmology
ENT (Ear-Nose-Throat)
Dental surgery
Laboratory
Precision detail cutting

Detailed Information

The B304 is a No.12 scalpel blade measuring 37×11×0.40mm. The small crescent/hook-shaped blade with inside edge sharpening is specifically designed for curved incisions in delicate surgical fields.

Technical Specifications

  • Blade number: No.12
  • Dimensions: 37×11×0.40mm
  • Material: Carbon steel, HRC 55-58
  • Handle: #3 compatible (Bard-Parker fitment)
  • Packaging: 100 pcs/box (20×5 strips), non-sterile
  • Standards: BS 2982, ISO 7740

Applications

Ophthalmology, ENT surgery, dental procedures, and laboratory applications requiring curved inside-edge incisions.