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The Barrett uterine tenaculum is a straight‑shanked forceps designed for secure cervical and fundal grasp during dilation, curettage, and uterine manipulation in gynecologic surgery. Its compact geometry optimizes tactile control and visualization throughout intrauterine procedures, while the 181mm length accommodates safe vaginal access. Stainless steel construction supports reliable reprocessing and lasting performance.
Features & Benefits
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.
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 bayonet needle holder provides the offset handle geometry that improves visibility during suturing while maintaining secure needle purchase through its serrated grip surface. The 165mm overall length offers standard reach into general surgical fields, and the straight bayonet profile supports intuitive needle orientation. Stainless steel construction withstands the repeated gripping stress of needle-driving.
The Bechert nucleus rotator is a titanium-constructed rotator designed for controlled nucleus bowl repositioning during phacoemulsification. Its horizontal Y-shaped tip engages the nucleus periphery while the angled shaft with 7mm tip-to-bend distance allows ergonomic approach through the corneal incision. Titanium construction combines corrosion resistance with the rigidity needed for reliable rotational force transmission during prolonged cases.
The Bechert-McPherson titanium tying forceps delivers the durability and precision required for repeated corneal and scleral suture work. The 45-degree angle and 10mm tip-to-bend measurement position the tying platform optimally for limbal access. Titanium construction ensures corrosion resistance through many sterilization cycles.
This Beckman adenoid curette (Size 5, 14.5mm) delivers focused tissue removal during pediatric adenoidectomy. The 200mm overall length provides mechanical advantage while the 14.5mm cup diameter accommodates the adenoid bed dimensions. The straight design prevents inadvertent contact with the soft palate.
The Beckman adenoid curette (Size 6, 17.5mm) offers a larger cup for adenoid removal in older children and young adolescents. The 200mm length provides ergonomic control while the 17.5mm diameter cup accommodates larger adenoid tissue volumes. The straight geometry prevents palatal contact during intraoperative manipulation.
The Beckman retractor delivers ratcheted self‑retaining capability with 4 × 4 blunt prongs for expansive periosteal and visceral protection in deep orthopedic fields. Its hinged lateral blades (25mm × 25mm) achieve maximum opening of 135mm, enabling broad exposure during spinal fusion and complex osteotomy work. The 310mm length provides leverage and stable hands‑free positioning throughout extended procedures.
Beckman self‑retaining retractor with 4 × 4 blunt prongs and hinged 25mm × 50.5mm blades delivers hands‑free retraction for soft tissue and bone exposure in orthopedic procedures. The ratcheted mechanism holds fascia and periosteum without manual assistance during extended cases. Stainless steel ensures reliable reprocessing and lasting durability for repeat surgical use.
This Beckman retractor presents a 4 × 4 sharp prong configuration on hinged 19mm x 25mm blades with a 164mm maximum opening, engineered for self-retaining spinal and deep orthopedic exposures. The hinged arm design and 311mm overall length accommodate variable field widths during vertebral and long-bone procedures.
The Beckman‑Eaton retractor employs 7 × 7 sharp prongs across a 44mm × 48mm footprint to achieve broad, controlled self‑retaining exposure. The sharp tooth geometry bites into fascia and periosteum, securing the deep field throughout spinal and large orthopedic cases. Its 318mm length accommodates extended surgical approaches.
The Beckman retractor features four by four sharp prongs with hinged 25 × 50.5mm blades that open to a maximum of 145mm, providing self‑retaining tissue exposure for large orthopedic fields. Sharp prongs penetrate fascia and periosteum securely without slippage. The hinged arm design and 310mm overall length distribute retraction force across a stable lever system.
This rolled‑bead bedside tray at 10 × 6‑1/2 × 3/4" holds patient instruments and supplies at the bedside or in clinic settings. The rolled bead at the rim adds rigidity and removes sharp edges, suited to bedside cart use.
This rolled-bead bedside tray measures 345mm in length and provides a compact stainless steel instrument container with traditional rolled edges that prevent sharp edges during field setup and transport. Its modest 3/4 inch height suits shallow instrument sets, and the open design facilitates rapid visual inventory checks. Reusable construction supports repeated sterilization.
These compact Beebee scissors provide specialized cutting for ophthalmologic and fine plastic procedures. The curved blade profile with blunt tips delivers gentle dissection while protecting delicate tissue planes, and the 108mm compact length ensures precise micro‑control. Ring handles support stable positioning in confined operative fields.
These straight Beebee scissors offer blunt‑tip safety for general tissue sectioning where adjacent structure protection is a priority. The straight blade geometry provides direct cutting control with minimal risk of penetrating underlying planes. Petite 108mm profile suits delicate and confined surgical work.
These Beebee scissors deliver sharp straight blades optimized for precise anterior segment tissue separation. The fine pointed tips enable selective cutting of conjunctiva and episclera while the ring handle supports sustained tactile control. The 108mm frame balances reach with micro-precision during anterior segment procedures.
The Bell bone file size #12CA provides dual working surfaces for controlled smoothing and contouring of bone surfaces, burrs, and rough fracture edges during orthopedic procedures. The double-ended design enables continuous workflow without tool exchanges, and the 178mm length provides comfortable grip and controlled file pressure. Stainless steel construction maintains file integrity across repeated use and high-temperature sterilization.
Angled 90 degrees at the working end, this Bellucci pick brings a 0.5mm tip into precise contact with ossicular structures during stapedectomy and middle‑ear reconstruction. The right‑angle geometry reaches behind the incus and stapes superstructure where straight instruments cannot follow. Stainless steel construction maintains tip integrity through repeat ototology cases and reprocessing cycles.
These Bellucci ear scissors feature a left-curved blade geometry scaled for fine tympanic and aural dissection. The large model sizing accommodates surgeon hand comfort while the curved profile facilitates work around mastoid and ossicular structures.
These curved right Bellucci ear scissors provide controlled dissection in the mastoid cavity and middle ear spaces during otologic procedures. The large model geometry delivers substantial cutting power while maintaining fine tip precision for delicate ossicular and mucosal work. The right curve supports access to left‑sided mastoid structures.
This double‑ended Berkeley marker provides both 4mm and 4.5mm corneal reference rings, enabling dynamic correction for variable astigmatism during IOL calculations and implantation. The smooth flat handle ensures precision marking without slipping. At 110mm, balanced length supports microscopic control and corneal contact stability.
The Berkeley double‑ended marker carries 5mm and 6mm etched circles on a smooth flat handle, used for marking intermediate optical zone diameters during refractive procedure planning. The double‑ended design covers two common zones in a single instrument, and the 111mm length suits standard refractive setup.
This Berkeley marker features dual 3.5mm and 3.75mm tips on a single handle to facilitate precise corneal marking for astigmatic correction during cataract and refractive surgery. The smooth flat handle ensures stable positioning against the corneal surface. At 110mm, optimal length supports single-handed marking without fatigue.
The Berkeley marker carries paired 3mm and 3.25mm reference rings on a single instrument, letting the surgeon choose between two closely spaced optical zone diameters during refractive marking. The smooth flat handle supports steady fingertip orientation through ink loading and contact. A 110mm body balances the dual‑ring head for clean impressions.
Stepped up to 4.5mm and 5mm, this Berkeley marker pairs two adjacent optical zone diameters for refractive cases requiring a wider treatment ring. The flat smooth handle keeps the head square to the cornea during ink transfer. A 110mm balanced body produces clean impressions on both passes.
The Berkeley marker with 4 and 4.25mm diameter options delivers dual-size optical axis marking for personalized refractive surgery and toric IOL procedures. The smooth flat handle and 110mm length provide optimal control during marking, while the matched pair of circle sizes supports flexible marking protocols. Stainless steel construction ensures durable reprocessing.