Kelly Scissors – Tungsten Carbide

(tungsten carbide blades w/ 1 micro serrated blade), 4-1/2" (11.4 cm) Ceramic Cut Iris Scissors were first designed for the intricacies demanded by ophthalmic surgery but today these fine, sharp scissors can be used in other contexts where precision is required. The Novo Surgical's Ceramic Cut Iris scissor is available in two lengths and with a straight or curved tip. The black ceramic coating reduces glare while providing durability. Ceramic cut scissors are the highest-performing line of scissors Novo Surgical's offers. These scissors, like NovoCut©, 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-Stille Scissors while possessing the features of standard scissors, they also have the advantage of being sharper. Coated with a black ceramic finish to reduce the friction between metal surfaces and allow for precision cutting in a variety of tissue types. Available in both straight and curved to suit the needs of the surgeon. Straight scissors are ideal for surface level use while the curved pattern is better for use deep within tissue or muscle. Ceramic cut scissors are the highest-performing line of scissors BUF SURGICAL 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 Reynolds (Jamison) Dissecting Scissors are designed to allow for maximum control. The Cut blade is composed of tungsten carbide with mirco serrations. The curved blade style makes these instruments ideal for cutting deep tissues. The durable black ceramic coating reduces friction while allowing for smooth, steady cutting action. Ceramic cut scissors are the highest-performing line of scissors BUF SURGICAL 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), angled, 5" (12.7 cm) Ceramic Cut Fomon Dorsal Scissors have angled tungsten carbide blades with micro serrations. The black ceramic coating ensures smooth cutting action while reducing glare and increasing durability. Ceramic cut scissors are the highest-performing line of scissors BUF SURGICAL offers. 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.