Your cart is empty!
This vented MIS instrument guard accommodates minimally invasive surgical instruments with slender profiles. The 1.7 × 0.5 inch dimensions protect instrument tips while maintaining sterilization ventilation. Vented construction prevents condensation and promotes rapid drying.
Features & Benefits
This larger vented MIS instrument guard protects longer or slightly wider minimally invasive instruments. The 2.25 × 10mm aperture accommodates varied MIS tool geometries while maintaining sterilization ventilation. Durable polystyrene construction resists repeated use cycles.
This vented minimally invasive surgery instrument guard measures 10.2 × 10mm and is designed for fine endoscopic and laparoscopic instruments requiring compact protection. The vented design enables steam sterilization while maintaining edge integrity. Ideal for MIS-focused case carts and sterilization trays.
These blue‑tint vented osteotome guards at 1/4 × 3/4" protect osteotome cutting edges during transport and sterilization. The vented holes allow steam penetration during autoclave cycles, and the blue tint identifies osteotome guards from other instrument protectors.
These vented osteotome guards feature blue tint, pack 50 per case, and are sized to accommodate osteotome and chisel tips used in orthopedic and spinal procedures. The ventilation ports reduce steam trapping during autoclave cycles, improving sterilization reliability. Color coding supports rapid surgical-set organization for high-volume orthopedic operations.
These green-tinted vented specialty guards measure 38.1mm in length and accommodate tip sizes 4 through 4.9mm, designed for rigid endoscopes, trocars, and colostomy instruments requiring larger-diameter protection. The ventilation pattern supports efficient steam penetration, and the 70-per-package configuration suits high-volume endoscopic and minimally-invasive case preparation. Autoclavable polymer resists thermal degradation.
This compact Verbrugge self‑centering forceps features a short ratchet designed for small bone work and delicate reductions where minimal intrusion is required. The 5mm wide jaws suit fine‑threaded screws and narrow bone corridors, and the 9mm engaged opening provides precision control. At 172mm, it remains highly maneuverable.
The Verbrugge bone-holding forceps with self-centering jaws and 10.5mm width deliver uniform compression across the bone surface during reduction. The speed-lock mechanism enables quick, secure closure, and the 50mm maximum opening accommodates variable fracture thicknesses. The 240mm length provides stable, controlled grasp during complex spinal and pelvic reductions.
This larger Verbrugge self‑centering forceps accommodates bigger fragments and bones while maintaining auto‑alignment during engagement. Its 11mm wide jaws increase contact surface area, and the 65mm maximum opening suits proximal femoral and pelvic reductions. The speed lock mechanism allows rapid single‑handed clamping.
Verbrugge bone holding forceps secure cortical bone fragments during plating and fracture reduction. The self‑centering 3mm wide jaws square onto the bone shaft from both sides, and the speed lock holds the 25mm maximum opening at the surgeon's chosen width. The 152mm straight frame keeps the working end close to the operative field.
The Verbrugge self‑centering bone forceps auto‑aligns fragments during engagement, reducing surgeon effort during difficult reductions. Its 7mm wide jaws maintain consistent pressure across the bite, the speed lock enables rapid one‑handed clamping, and a maximum 45mm opening accommodates varied fragment sizes. At 191mm, it remains compact.
This Verbrugge self‑centering model delivers maximum 65mm opening in a 280mm overall length, balancing extended reach with compact handling for bone fragment reductions. The speed lock mechanism enables rapid engagement without requiring ratchet adjustment, and the self‑centering jaw geometry simplifies fragment alignment during difficult reductions.
Double‑armed and angled with eight irrigating ports, the Vidaurri LASIK cannula is shaped for thorough flap interface irrigation after excimer ablation. The horizontal arms each measure 12mm, distributing balanced salt solution evenly across the stromal bed during 25ga irrigation.
This Vienna nasal speculum, number 1, features 30mm modified blades with a 142mm total length to support precise nasal dilation in adult examinations.
The Vienna nasal speculum (number 3, 33mm conventional blades, 140mm overall) provides proportionate nasal cavity opening for diagnostic endoscopy and minor nasal procedures. Size 3 (33mm blade span) addresses mid-range nasal widths. Stainless steel composition ensures durability across routine ENT use.
The Vogel adenoid curette combines a 7mm cup with a straight shaft designed for adenoid tissue removal in pediatric patients. Its 216mm overall length provides leverage while keeping the hand clear of the oropharynx during transoral dissection. The cup geometry scrapes lymphoid tissue away from pharyngeal fascia without penetrating deeper structures.
Sized for the infant nasopharynx, this small Vogel adenoid curette carries a 9 × 12mm curved cup on a 214mm shaft for transoral adenoidectomy. The curved cup hugs the posterior nasopharyngeal wall, shaving adenoid tissue from the choanae down to the soft palate in one controlled pass. Stainless steel construction holds the cup edge through repeat pediatric adenoid lists and steam sterilization.
This Volkmann curette features a double-ended design with oval and round cups at opposing ends, offering versatile curettage options for varied bone and articular surfaces within a single instrument. The compact 127mm length enables precise control in confined spaces like facet joints and small intraarticular defects.
Volkmann curette with double-ended configuration and matching oval cups at each end delivers bilateral curettage capability for bone and soft tissue work in bone defect and intraarticular cartilage applications. The straight profile provides direct approach, and the 165mm length balances reach with tactile feedback during fine work.
This single‑prong retractor with sharp edge and ring handle retracts skin and muscle layers during open orthopedic approaches. The 10mm deep prong penetrates superficial fascia and muscle without perforating deeper structures, while the ring handle provides ergonomic leverage for sustained retraction. Stainless steel construction endures sterilization and repeated clinical use.
The Volkmann retractor, 2-prong sharp variant with 8 × 10mm blade and ring finger handle, provides self-retaining skin and superficial soft tissue exposure during orthopedic approaches. Sharp prongs secure tissue edges without slipping, while the ring finger grip enables single-handed retraction, freeing the other hand for instrument work. Straight geometry maintains perpendicular tissue tension.
This Volkmann rake retractor carries three sharp prongs on a 13 × 10mm working face with a ring handle, sized for compact superficial retraction in hand and foot orthopedic work. The 216mm length keeps the ring grip clear of the operative field.
Volkmann rake retractors with a ring handle and two sharp prongs provide single-handed retraction of superficial tissue layers in general surgical fields. The ring-grip geometry distributes pressure across the palm, reducing hand fatigue during prolonged exposure. Sharp prong tips penetrate dense fascia and skin edges reliably.
The Volkmann rake retractor provides multi-point tissue control with its USA-pattern ring-grip 2-prong sharp design ideal for skin and superficial soft-tissue retraction during general and cutaneous surgical procedures. The sharp prongs penetrate tissue edges for stable hands-free retraction. Stainless-steel construction ensures lasting durability across routine surgical cases.
Volkmann USA‑pattern retractor features three sharp prongs on a ring handle for handheld tissue spreading in open surgical fields. The sharp tines penetrate fascia and muscle layers for secure, lasting retraction. Ring grip design enables one‑handed operation during dissection.
The Volkmann USA‑pattern 4‑prong retractor with ring handle provides dual‑handed tissue retraction for deeper wound exposures. The 26mm × 16mm prong width spans moderate surgical fields while the blunt prong geometry minimizes trauma to exposed tissue edges. The ring handle distributes force evenly during extended use.
This Volkmann USA‑pattern rake retractor pairs six sharp prongs on a 28 × 10mm working face with the ring grip of the USA pattern, lifting skin and superficial tissue more aggressively than the blunt variant. The 216mm length keeps the ring grip clear of the operative field.
The Volkmann 3‑prong blunt retractor with ring handle provides gentle tissue separation in confined surgical exposures. The 18mm × 16mm prong span suits modest wounds while the blunt prong profile reduces mucosal and fascial trauma. The ring design enables secured retraction without continuous hand pressure.
Wachenfeldt suture forceps deliver fine precision control during suture placement and removal across general and microsurgical procedures. The 121mm straight length and refined jaw geometry suit both tissue suturing and suture capture work. Reusable stainless‑steel construction maintains reliable performance over many cases.
The Wagner osteotome with 15 × 30mm tip angled forward enables wider bone removal in orthopaedic procedures requiring broader cutting surfaces. The forward angle improves visibility in spinal and vertebral work, while the 343mm extended length maintains mechanical advantage. Phenolic handle provides grip comfort, and stainless steel sustains cutting edge across numerous sterilization cycles.