Boyd Scissors

Demartel Artery & Dissecting Scissors 7-1/8" (18.0 cm) Demartel Artery and Dissecting Scissors are handcrafted from surgical grade German stainless steel. Designed with extra delicate sharp/sharp tips for the delicate nature of vascular procedures, there is also a blunt/blunt tip model. Both tip styles are available as either curved or straight.

Brown Dissecting Scissors 5-3/4" (14.6 cm)$47.29 Brown Dissecting Scissors are handcrafted from surgical grade German stainless steel and are designed with heavy handles and narrow blades. Available with straight or curved blades, the Brown dissecting scissors are often used in plastic surgery.

(tungsten carbide blades w/ 1 micro serrated blade), angled, 7-1/2" (19.1 cm) Ceramic Cut Potts-Smith Scissors are used for cutting and dissecting during vascular procedures. Ideal for extending venotomy or arteriotomy incisions, they are constructed with tungsten carbide blades and a variety of angles (25, 45, and 60 degrees). These variations allow for finding the perfect tool for the procedure. The black ceramic coated reduces glare and friction while ensuring a smooth 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.

Bruns Bandage Scissors serrated, 9-1/4" (23.5 cm) Bruns Bandage Scissors are handcrafted from surgical grade German stainless steel. Designed with a serrated edge to ensure effortless cutting through thick bandages with reduced slipping. With a sharp tip and a blunted tip, this instrument is designed to reduce iatrogenic injury to the patient.