Scalpel Blades
Surgical Design No. 15 Small Stainless Steel Scalpel Blade
Small curved cutting edge blade fits handles 3, 3L, 3 Graduated, 5B, 7, 9, B3 and B3L
Surgical Design No. 23 Carbon Scalpel Blade
Leaf-shaped blade fits handles 4, 4L, 4 Graduated and 6B
Graham-Field™ Feather™ Sterile Surgical Blades
Superior cutting quality, strength and corrosion resistant characterize these stainless steel, disposable Feather™ Sterile Surgical Blades. Individually wrapped and sealed to maintain sterility (gamma irradiation) and insure long shelf-life.
Swann-Morton™ Mini Surgical Blade Size 62
Chisel shaped blade used for nail treatments in podiatry and chiropody
Surgical Design No. 20 Large Stainless Steel Scalpel Blade
Curved cutting edge blade fits handles 4, 4L, 4 Graduated and 6B
Excelta™ Disposbale Scalpel
The Excelta™ 178-11-S disposable one piece sterile scalpel with a #11 type blade features a polystyrene handle with a stainless steel blade. The scalpel guard is low density polyethylene.
Surgical Design No.23 Leaf-Shaped Stainless Steel Scalpel Blade
Leaf-shaped blade fits handles 4, 4L, 4 Graduated and 6B
Surgical Design Sterile Scalpel Blades
Designed with flat and unsharpened back edge
Surgical Design No. 21 Carbon Scalpel Blade
Curved cutting blade fits handles 4, 4L, 4 Graduated and 6B
Cincinnati Surgical Lance Sterile Stainless Steel Blades and Scalpels
Made from British cold-rolled surgical stainless steel, offering unique shape, size and material composition
Cincinnati Surgical Aunex Blade Remover
This is the first blade remover to remove larger pathology blades, such as the #60 and #70 blades, in addition to standard blades size 10 to 26
Excelta™ Scalpel Blade Breaker
The Excelta™ 174 Blade Breaker is constructed of stainless steel. The jaw length is 0.510 in. (12.75 mm).
Andwin Scientific Tissue-Tek Accu-Edge Trimming Blades
For trimming and sectioning tissue samples during surgical grossing and autopsy procedures
Integra™ Miltex™ BiopBlade™ Sterile Blades
Flexible design allows the blade to be positioned at any angle for the intended procedure