Your cart is empty!
The Quickert grooved director at 145mm carries the longitudinal groove of the standard grooved director on a moderate working length, sized for tissue plane separation during oral and general surgical dissection. The groove guides a blade or scissors along the planned line.
Features & Benefits
The Frederick sleeve spreader with 0.6mm delicate jaws and 12mm working span enables precision separation of fine structures during microsurgical dissection. The 95mm compact length supports controlled movements in confined operative spaces. The narrow jaw geometry accommodates delicate tissue planes without crushing.
This 12mm-wide abdominal spatula delivers maximum blade width for substantial tissue retraction in major laparotomy procedures. The malleable stainless steel construction enables surgeons to bend and contour the blade during exposure. The 200mm length maintains accessibility despite the wider profile.
This straight arthroscopic punch delivers 1.5mm cutting action through a single-action jaw mechanism at 178mm working length, ideal for controlled meniscal and capsular resection within confined joint spaces. The straight approach prevents lever-arm binding when working in tight quarters. Stainless steel edges maintain sharpness across repeat cases.
This orbital implant set provides components for orbital reconstruction procedures. Precision construction ensures proper anatomic placement and alignment. Biocompatible materials support reliable integration and long-term clinical outcomes.
This curved-right Duckling basket punch combines a narrow 1.9 × 1.67mm tip with a right-hand shaft curve to approach lateral compartment pathology from medial portals. The upbite jaw redirects excised tissue away from the operative field, and the tapered tip minimizes portal trauma. Stainless steel construction ensures reliable performance across high-volume arthroscopic procedures.
This basket duckling punch features a straight 2.5×3.17mm tip with a 50mm width to support controlled endoscopic tissue removal.
The Duckling basket punch uses an upbite jaw design that scoops debris away from the operative field during arthroscopic portal work. Its compact geometry fits through standard arthroscope portals while delivering reliable cutting action. Stainless steel construction maintains durability across repeat sterilization and sport-medicine volume.
This straight-tip Duckling basket punch offers a 1.9 × 1.67mm cutting aperture optimized for controlled meniscal and capsular resection when direct portal access is preferable. The straight geometry simplifies trajectory planning and reduces the risk of inadvertent capsular perforation. Stainless steel blades retain sharpness through multiple procedures.
This straight‑shaft basket punch features a duckbill upbite tip and pro‑handle style for precise vertebral body or osseous perforation in spinal and orthopedic procedures. The upbite geometry creates controlled perforations while the straight shaft maintains alignment during punch‑down operations. Stainless‑steel construction withstands the mechanical forces of bone punching.
This straight duckling basket punch features a narrow‑line jaw with a loop handle for controlled endoscopic punching.
This small bite block is designed to maintain a controlled oral opening during examinations or minor procedures. Its compact shape fits comfortably between the molars and provides firm resistance against mandibular closure. The structured profile supports clinician access without exerting excessive pressure on teeth or soft tissue.
This gauge provides reliable clinical performance through Stainless Steel construction and precision design. The instrument supports efficient surgical technique across repeated use cycles. Durable construction minimizes maintenance and extends service life.
Circular cutting punch with 3.5mm diameter features a straight tubular shaft and Luer-lock cleaning port for efficient tissue specimen retrieval. The 180mm working length accommodates endoscopic and percutaneous applications with minimal shaft profile. Stainless steel construction ensures clean cutting and reliable reprocessing.
College pliers with serrated jaws are essential for secure manipulation of wire, ligatures, and orthodontic appliances in the oral cavity. The angled shaft improves visibility and access during intraoral procedures, while cross‑serrated jaws provide superior grip on round or slippery materials. Built for durable reprocessing across repeated restorative and orthodontic cases, this 152mm instrument combines reliable spring action with stable closure force.
The College angled pliers feature serrated working edges optimized for secure grip on wire and band materials during orthodontic and prosthodontic manipulation. The angled geometry enables intuitive hand positioning in the oral cavity, while serration prevents wire slippage during adjustment. Overall length of 152mm supports comfortable intraoral control.
The curved College pliers feature smooth jaws designed for fine manipulation of dental materials and soft tissue in periodontal and restorative work. The standard curve geometry conforms to mandibular and maxillary anatomy, reducing strain during extended chair time. Smooth jaws prevent marring delicate tissues, while reliable spring mechanics support consistent closure force across repeat cases.
This double-ended curette excavator combines 1.5mm and 2mm cup sizes for variable debris removal and soft-tissue extraction. The octagonal handle improves grip stability during scraping motions. Versatile for wound debridement, dental work, or periosteal scraping.
Double‑ended for efficient case flow, this curette excavator pairs 1.5mm and 2.5mm cups on a single 140mm octagonal handle. Holes at each cup floor allow fluid to escape during scraping. The octagonal handle resists roll on the back table and stabilizes finger placement during fine curettage.
This 1.5mm curette excavator carries a working cup with an integrated hole, sized for small‑volume bone debridement and cyst evacuation in general and dental procedures. The straight body delivers a direct in‑line approach, and the perforated cup releases collected material easily.
The 2.5 × 3.17mm oval cup with central hole drains irrigation and fine particulate while collecting solid tissue for inspection. This curette excavator is sized for broader cyst and granulation work where fluid runoff matters. A straight stainless‑steel shaft anchors the cup on a stable working axis.
Fenestrated at the cup floor, this 2mm curette excavator allows fluid and fine debris to escape during scraping, leaving more solid tissue in the cup for analysis. The straight shaft suits shallow direct approaches in oral, podiatric, and general curettage contexts. Stainless‑steel construction maintains the cup edge across cycles.
Stepping up to a 1.5mm cup, this curette excavator removes slightly larger volumes of granulation or cystic tissue while retaining debris within the cup. The straight shaft offers a direct line to shallow cavities. Solid (no‑hole) cup geometry keeps scrapings contained for clean removal from the field.
A 1mm solid cup head defines this fine curette excavator for scraping small bone defects, cyst cavities, and granulation tissue without through‑hole loss of debris. The straight shaft delivers a direct working axis for shallow lesions. Stainless‑steel construction holds a clean cup edge across reprocessing.
A 2.5 × 3.17mm oval cup gives this curette excavator a larger working footprint for cyst enucleation and broader soft‑tissue scraping. The solid cup retains material within its bowl during retrieval. Straight stainless‑steel geometry supports a direct working line through shallow defects.
A 2mm solid cup makes this curette excavator suited to broader scoops of granulation, cyst lining, or soft bone. The without‑hole pattern keeps tissue inside the cup as it is withdrawn. A straight stainless‑steel shaft delivers a predictable working axis for benchtop and intraoperative use.
This #7 × 4 cut snare wire in a 12‑wire package duplicates the standard mid‑gauge snare wire for instrument sets requiring multiple snare packages. The stainless construction holds tension during the snare stroke.
The #5 cut snare wire in a 12‑wire package suits tonsillar snare and similar tissue‑avulsion work at a finer gauge than the #7 and #8 variants. The stainless construction holds tension during the snare stroke, and the multi‑wire pack supports case‑by‑case replacement.
The #5 cut snare wire by the gross contains 144 wires sized for institutional stocking of tonsillar snare procedures at the finest standard gauge. The stainless construction holds tension during the snare stroke, and the gross format reduces per‑case packaging overhead.
This #7 × 4 cut snare wire package contains 12 wires sized for tonsillar snare procedures and similar tissue‑avulsion work. The stainless construction holds tension during the snare stroke, and the multi‑wire pack supports case‑by‑case replacement.