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This Kerrison rongeur delivers a 2mm bite with 40 degrees upbite geometry, optimized for controlled bone removal in spinal and orthopedic work. The curved-up architecture aligns the working edge parallel to the surgical field, supporting precise vertebral body and laminar resection. The 203mm working length provides excellent reach in deep spinal exposures.
Features & Benefits
Atraumatic by design, this 241mm straight Babcock forceps secures bowel, ureter, and other tubular structures with 16mm grooved jaws that distribute pressure across the tissue rather than pinching it. The extended shaft reaches deep into the abdomen during laparotomy and intestinal work. Stainless‑steel construction remains dependable through repeat sterilization in general surgical sets.
This large Backhaus towel clamp secures surgical drapes to one another during field setup with a perforating jaw design that anchors sterile barriers firmly in place. The 133mm length provides comfortable handheld operation, and the spring-ratchet mechanism locks with consistent tension. Stainless steel construction withstands routine steam sterilization.
This 89mm Backhaus towel clamp secures surgical drapes and towels to one another during sterile field setup, with perforating jaws that pierce drape fabric and lock in place. The compact length permits convenient placement and removal without impairing field flow. Stainless steel construction ensures corrosion resistance across sterilization cycles.
This 133mm Backhaus towel clamp extends reach for drape and towel securing in larger surgical fields or challenging anatomic positions. Perforating jaws grip drape fabric reliably, and the ratcheted handle maintains tension without hand fatigue. Stainless steel ensures long‑term durability.
The Ballenger chisel carries a 2mm V‑shaped cutting head on a 148mm body, sized for fine nasal and septal cortical cuts during septoplasty. The V‑shape concentrates the cutting force into the bone interface, and the moderate length suits standard nasal access.
Designed for septal work in rhinoplasty and functional rhinonasal endoscopic sinus surgery (FESS), the Ballenger septum elevator features a double‑ended construction that accommodates elevation of both deviated septal cartilage and bone. The straight profile and 8.75 inch length provide the reach necessary for complete sphenoid and maxillary sinus ostium exposure during initial dissection. Stainless steel durability supports reliable septal manipulation across repeat cases.
The Ballenger swivel knife is a bayonet nasal knife with a 3mm blade designed for controlled incision-making and mucosal dissection during septoplasty and rhinoplasty. The bayonet geometry maintains hand position away from the surgical field, while the fine blade width enables precise mucosal cuts. Stainless steel ensures reliable edge retention.
The Ballenger V‑shaped chisel performs controlled osteotomy during nasal and sinus surgery. Its 4mm V‑profile blade directs force perpendicular to bone while minimizing lateral soft tissue trauma. Suited for precise septal and turbinate bone work during endoscopic or open approaches.
The Ballenger V-shaped chisel with 6mm wide blade delivers a cutting edge optimized for septal cartilage and bone separation during septoplasty and rhinoplasty. The V-shaped geometry concentrates force along a narrow plane, facilitating clean separation of cartilage from bone and mucoperichondrium. Straight geometry supports direct mallet control.
The Ballentine hysterectomy forceps feature a straight geometry with longitudinal grooves optimized for securing uterine ligaments and specimen during hysterectomy. The grooved surface distributes grip across broad ligament and fascial tissue, reducing crush injury. The straight configuration suits direct cephalad and lateral traction without requiring curved reach into the pelvis.
This Bankart capsule spreader provides controlled separation of the joint capsule and anterior labrum during shoulder arthroscopy and open Bankart repair. The 155mm length enables access to the anteroinferior glenoid region through minimal tissue trauma. Stainless steel construction withstands the repeated stress of capsular distraction.
The Bankart capsule spreader engages the glenohumeral joint capsule with a ratcheted spreading action over a 152mm frame, holding open the working corridor during anterior shoulder stabilization. The ratchet locks distraction at incremental positions so the surgeon can free both hands for suture anchor placement on the glenoid rim. Stainless steel construction tolerates repeated shoulder‑set sterilization.
The Bankart glenoid perforating forceps combine slightly curved jaws with a gentle curve geometry for secure grasping of bone fragments and soft tissue during shoulder and glenoid reconstruction. The 170mm length supports reach into the glenoid fossa and labral region without hand strain. Perforating teeth ensure reliable tissue purchase during fracture fixation and capsular repair.
The Bankart glenoid perforating forceps is engineered for securing tissue and bone fragments during shoulder girdle reconstruction. Strong angled jaws grip fibrous tissue, capsular margins, and labral fragments at the glenoid rim. The 170mm length reaches deep intra‑articular structures while the angled design preserves surgeon visibility during shoulder exposure.
This Bankart‑Kobel interchangeable chisel system features a 178mm phenolic handle with three removable heads (10mm, 16mm, 25mm) for versatile bone-cutting applications across orthopedic procedures. The interchangeable head design minimizes sterilization set footprint while accommodating varied osteotomy widths. Stainless steel blades remain sharp through multiple reprocessing cycles.
The Bankart penetrating gouge features a 3mm sharp cutting edge mounted on a cylindrical 15/16‑inch (24.5mm) diameter head for controlled cancellous and cortical bone excavation. The straight cylindrical body provides stable hand positioning during orthopedic reconstruction procedures. Overall length of 221mm supports lever action and deep operative fields.
The Bankart percussion awl with 15/16 inch (24.8mm) round head and square body creates pilot holes and bony impressions in shoulder reconstruction procedures. The square geometry prevents rotation during mallet percussion and bone work. Stainless steel ensures reliable performance and durability for repeated surgical use.
Barnhill adenoid curettes Size 1 deliver controlled adenoid tissue removal with monopolar electrosurgical capability enabling hemostatic debulking during pediatric adenoidectomy. The compact size accommodates narrow nasopharyngeal anatomy in young children. Electrosurgical integration reduces blood loss while maintaining controlled tissue separation during adenoid debulking.
Barnhill adenoid curettes Size 2 provide intermediate-capacity tissue removal during pediatric and early adolescent adenoidectomy procedures. Monopolar electrosurgical design enables hemostatic control during adenoid debulking in mixed pediatric-adult nasopharyngeal anatomy. Graduated sizing across the Barnhill series allows procedure-matched instrument selection.
The Barnhill adenoid curette (size 3, monopolar) combines electrical conductivity for hemostatic adenoid tissue removal with a size 3 cup geometry suited for adolescent and adult adenoid hypertrophy. The monopolar design permits integrated electrosurgery during adenoid bed hemostasis following mechanical removal. The blunt cup design prevents nasopharyngeal wall perforation during adenoid curettage.
Barnhill adenoid curettes Size 4 are the largest in the graduated curette series, designed for efficient adenoid tissue removal in adult cases with significant adenoid hypertrophy. Monopolar electrosurgical design enables hemostatic control during extensive nasopharyngeal tissue debulking. Robust construction tolerates the mechanical demands of adult adenoidectomy procedures.
This 7Fr Baron suction tube delivers controlled fluid evacuation across ENT and general surgical fields where a slim straight cannula is preferred. The 94mm working length within an overall 146mm shaft balances reach with surgeon control at the field. Stainless‑steel construction holds up across repeat sterilization cycles in routine clinical use.
Barr probes provide dual-ended exploration and tissue dissection in general surgical fields. The straight 140mm shaft supports direct access to target anatomy, while the double-ended design offers distinct tip configurations for exploratory and diagnostic work. Stainless steel construction ensures lasting durability across repeated clinical use.
The Barraquer Colibri forceps in titanium combines 0.12mm 1 × 2 interlocking teeth with 6mm tying platforms for delicate tissue grasping and suture tying during ophthalmic microsurgery. The fine angled tips engage conjunctiva, sclera, and corneal tissue without crush, while the 6mm platforms hold suture securely during knot tying. The square grip flat handle preserves fingertip control across long microsurgical sequences.
The Barraquer corneal section scissors combines blunt angled blades angled 45 degrees upward for controlled temporal clear?corneal incision creation in phacoemulsification. The 12mm working length from mid?screw to tip supports precise corneal entry, while the serrated handle and finger slide lock enable confident blade control during incision initiation.
This Barraquer microsurgical needle holder is curved with delicate 8mm jaws and no locking mechanism for high‑precision suturing. The 133mm length and fine profile support controlled manipulation of micro‑sutures.
This Barraquer nasal LASIK speculum provides wide globe exposure for refractive surgery flap creation and laser ablation. Its nasal configuration positions the speculum for optimal flap access during left or right-eye procedures. Reusable stainless‑steel construction supports reliable case-to-case performance.
Barraquer needle holders are extra‑delicate precision instruments with 7mm smooth jaws designed for ophthalmic and fine reconstructive suturing. The straight configuration and fine‑tip geometry minimize needle splitting while supporting secure grasp on delicate suture material. This reusable stainless‑steel design maintains precision over many procedures.
The Barrett tenaculum forceps is a straight‑shanked instrument designed for secure grasp and stabilization of the cervix and uterine fundus during dilation, manipulation, and curettage. Its geometry optimizes grip distribution without tissue crushing, supporting controlled positioning throughout gynecologic procedures. The 178mm length enables safe cervical access, and stainless steel ensures durability.