Dissecting Scissors standard pattern

Ceramic Cut Cottle Dorsal Scissors Ceramic Cut Cottle Dorsal Scissors are handcrafted with tungsten carbide blades with micro serrations and an angled handle. The black ceramic coating reduces glare and provides the hardest surface available for scissor models. Ceramic cut scissors are the highest-performing line of scissors AGO INDUSTRY offers. These scissors combine the performance and precision of supercut with the durability of tungsten carbide cutting edges. In addition, the entire instrument is coated with a black ceramic finish which provides the highest surface hardness of all scissor models and results in a supremely durable instrument. The black ceramic coating is designed to reduce the friction between metal surfaces and provide surgeons with a smooth, steady cutting action. The black finish also reduces glare under operating room lights.

(tungsten carbide blades w/ 1 micro serrated blade), 4-1/2" (11.4 cm) Ceramic Cut Metzenbaum Baby Scissors are available with a curved or straight shank. Similar to the  Ceramic Cut Metzenbaum scissors, this smaller size further expands the range in which these delicate cutting tools can be used. The black ceramic coating reduces glare while providing a smooth and steady cutting action for the surgeon. The baby scissors are ideal for cutting and dissecting delicate tissues in difficult-to-reach places, or where a smaller cutting edge is required. Ceramic cut scissors are the highest-performing line of scissors AGO INDUSTRY offers. These scissors, combine the performance and precision of supercut with the durability of tungsten carbide cutting edges. In addition, the entire instrument is coated with a black ceramic finish which provides the highest surface hardness of all scissor models and results in a supremely durable instrument. The black ceramic coating is designed to reduce the friction between metal surfaces and provide surgeons with a smooth, steady cutting action. The black finish also reduces glare under operating room lights.

(tungsten carbide blades w/ 1 micro serrated blade), curved Ceramic Cut Metzenbaum Slim Scissors are crafted with a tungsten carbide blade and coated in black ceramic. Similar to the  Ceramic Cut Metzenbaum scissors, these slimmer models are crafted with delicate tips that make them ideal for cutting through thin tissues. Available with either a straight tip for surface cutting, or a curved tip for cutting into deeper tissues. Ceramic cut scissors are the highest-performing line of scissors  . These scissors, like  combine the performance and precision of supercut with the durability of tungsten carbide cutting edges. In addition, the entire instrument is coated with a black ceramic finish which provides the highest surface hardness of all scissor models and results in a supremely durable instrument. The black ceramic coating is designed to reduce the friction between metal surfaces and provide surgeons with a smooth, steady cutting action. The black finish also reduces glare under operating room lights.

(tungsten carbide blades w/ 1 micro serrated blade) Ceramic Cut Mayo Scissors are coated with a black ceramic finish that provides the highest surface hardness of all scissor models and are ideal for routine cutting. The semi-blunted ends allows for a variety of uses including cutting sutures and dissecting heavy fascia. Available in both straight and curved designs with a rage of lengths suited to fit many procedures. Ceramic cut scissors are the highest-performing line of scissors AGO INDUSTRY offers. These scissors, combine the performance and precision of supercut with the durability of tungsten carbide cutting edges. In addition, the entire instrument is coated with a black ceramic finish which provides the highest surface hardness of all scissor models and results in a supremely durable instrument. The black ceramic coating is designed to reduce the friction between metal surfaces and provide surgeons with a smooth, steady cutting action. The black finish also reduces glare under operating room lights.