Epstein Breast Retractor 160x27mm blade, w/Fiber Optic, 36mm spatulated working
Epstein Breast Retractor 160x27mm blade, w/Fiber Optic, 36mm spatulated working end with teeth
Epstein Breast Retractor 90x27mm blade w/ Fiber Optic, 36mm spatulated working e
Epstein Breast Retractor 90x27mm blade w/ Fiber Optic, 36mm spatulated working end with teeth
Epstein Breast Retractor 160x27mm blade w/Reversed Suction Tube,36mm spatulated
Epstein Breast Retractor 160x27mm blade w/Reversed Suction Tube,36mm spatulated working end with teeth
DeBakey Tissue Forceps Atraumatic 16cm Insulated Str. 1mm tip dia. w/28mm Expose
DeBakey Tissue Forceps Atraumatic 16cm Insulated Str. 1mm tip dia. w/28mm Exposed Jaw for Monopolar Use
The MiniFESS Maxillary Seeker Set contains reusable, stainless steel surgical in
The MiniFESS Maxillary Seeker Set contains reusable, stainless steel surgical instruments used to probe within the sinuses using a trans-nasal approach. The seeker set includes a seeker with a 120 degree bend and a seeker with a 135 degree bend.
The MiniFESS Sphenoid Seeker/Freer is a reusable, stainless steel surgical instr
The MiniFESS Sphenoid Seeker/Freer is a reusable, stainless steel surgical instrument used to probe and create space within the sinuses using a trans-nasal approach.
The MiniFESS Maxillary Seeker is a reusable, stainless steel surgical instrument
The MiniFESS Maxillary Seeker is a reusable, stainless steel surgical instrument used to probe within the sinuses using a trans-nasal approach. The seeker has a 135 degree bend.
The MiniFESS Maxillary Seeker is a reusable, stainless steel surgical instrument
The MiniFESS Maxillary Seeker is a reusable, stainless steel surgical instrument used to probe within the sinuses using a trans-nasal approach. The seeker has a 120 degree bend.
The MiniFESS Light Seeker is a fiber optic based, manually operated, reusable, s
The MiniFESS Light Seeker is a fiber optic based, manually operated, reusable, sinus seeker that emits light from the distal end. It is used during sinus procedures to illuminate anatomy and confirm the location of the paranasal sinuses using the trans-nasal approach.