Delicot® Ultra-Thin Neurosurgical Pattie
- Designed for newer microsurgical techniques that utilize a smaller incision and operating site, thereby requiring less retraction on the brain
- Exceptional pliability & flexible maneuvering
- Thinner 0.33 mm pattie and locator string for improved visibility
- Precision cut providing smooth edges, reducing the potential for loose fibers
- Tapered sizes available
Delicot® ultra-thin neurosurgical patties are the only product that was made for delicate microsurgical procedures with a 0.33 mm profile allowing for precise positioning, molding, and superior pliability for instrument support and tissue protection. Delicot® demonstrates the best filterability of fluids via suction and is capable of absorbing greater than 8 times its dry weight.
Manufactured in Salem, Massachusetts, U.S.A.
Material: Rayon | Packaged: 200 per box (20 pouches of 10 patties)
*63×00 is packaged in quantities of 100 per box ( 10 pouches of 10)
* These sizes are not to scale.
“It has a huge advantage that it has no-stick properties, so it doesn’t adhere to the brain and it’s very low profile, so it doesn’t obstruct the surgeon’s line of sight.”
“We all started off using the traditional patties. Because we were using the traditional patties we had certain ways we were opening. However, because of the small size of the Delicot, it allows me to modify that so I can make smaller openings in critical portions.”
“You’re reducing patient time in the room, reducing patient discomfort. Patients are happier, the staff are happier, the doctor is happier. ComfortPack has been a real good solution for us here.”
“The tapered patties allow dynamic retraction under the shaft of the suction without the obstructive buckling of the edges of the traditional thick square-shaped patties. The combination of unparalleled flexibility, thinness and tapered shape of this class of patties provides the surgeon with great advantages to work within small operative spaces seamlessly.”
“I prefer the Atlas Pattie Collection because it provides the highest protection and is exceptionally gentle on the brain.”
“The remarkable conformality of the pattie facilitates visualization in confined operative corridors without compromising visibility.”