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Designed for nucleus delivery, this Anis vectus combines a 5 × 7mm 26ga loop with two irrigating ports that float the nucleus out of the bag during expression. A dimple at the top of the loop captures the equator of the nucleus for stable extraction, and the polished 46mm body slips through a limbal incision without snagging tissue. The result is a controlled lift that protects the posterior capsule.
Features & Benefits
The Anis micro scissors combine squeeze‑action handle mechanics with a very fine 23ga shaft and 20mm working length, enabling ultra‑precise incision and dissection in confined microsurgical fields. The ergonomic squeeze handle eliminates the thumb-hole fatigue common with ring handles, while the extremely fine shaft minimizes tissue trauma. Stainless‑steel construction ensures durability and corrosion resistance across multiple sterilization cycles.
The Anis curved needle holder is built for delicate anterior segment work, with extra‑delicate jaws that spare corneal and conjunctival tissue during fine wound closure. The 14mm mid‑screw‑to‑tip measurement and gently curved 127mm shaft follow natural anterior segment mechanics, while the knurled round handle supports confident rotational control without hand fatigue.
This Anis needle holder delivers a curved jaw profile configured for controlled suture placement in general surgical repairs. At 125mm overall length, the instrument provides balanced reach without excessive overhang, and the absence of a locking mechanism allows rapid needle release during sequential suturing. Stainless steel construction ensures durability across repeated reprocessing.
The Anis radial marker stamps four evenly spaced blades onto the cornea to create precise radial reference lines for limbal relaxing incision (LRI) placement during refractive cataract surgery. The smooth flat handle allows steady positioning without slipping. At 108mm, balanced length supports single-handed marking and patient comfort.
The antrum punch is a rotatable backbiter instrument with a 2.5 × 7mm bite, designed to create the wide middle meatal antrostomy during functional endoscopic sinus surgery (FESS). The rotatable head allows approach from multiple angles without repositioning the instrument shaft.
Medium antrum punch with 1.5mm depth and 8mm width, left-pointing backbiter design enables ostial enlargement and access from the contralateral approach during functional endoscopic sinus surgery. The left-oriented bite allows the surgeon to address right-sided maxillary pathology through a left-nostril portal with improved angulation and safety margins.
This medium backbiter antrum punch features a 1.5mm cutting tip on a straight shaft for rotatable access to maxillary sinus ostium enlargement during functional endoscopic sinus surgery (FESS). The punching mechanism removes bone and soft tissue margins with controlled bite depth, supporting safe widening of the surgical opening. Reusable stainless steel construction sustains high sterilization cycles across repeat cases.
The antrum punch (sidebiting, right) complements left-sided instrumentation during bilateral FESS or extended maxillary antrostomy. Its sidebiting action removes lateral antral bone and enlarges the ostium. Stainless steel durability supports the repeated punching strokes of antrostomy procedures.
This vascular approximator with integral key provides controlled, reversible vessel coaption during coronary anastomosis and graft inset without permanent mechanical injury. The approximator jaws hold vessels in precise alignment while suturing, improving anastomotic geometry and reducing technical complications. Reusable stainless‑steel construction enables reliable performance across multiple bypass and valve cases.
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 left-curving arthroscopic forceps is angled to access right-sided sinus compartments and sphenoid structures during endoscopic surgery. The 3.4 × 3.4mm through-cutting jaw delivers precise tissue removal while the curved design avoids instrument shaft interference.
This curved arthroscopic forceps adds angular approach to tissue removal during sinus and laryngeal endoscopy. The 3.4 × 3.4mm through-cutting jaw combines precision with the curved profile's ability to access angled compartments within the sinuses.
This straight arthroscopic forceps with 3.4 × 3.4mm through-cutting jaw is sized for ENT inspection and tissue removal during narrow-field sinus and laryngeal endoscopy. The straight profile maintains clarity while cutting debris or pathologic tissue.
This 1.5mm arthroscopic scoop is designed for retrieving loose bodies, fibrin debris, and synovial fragments from joint spaces during arthroscopic surgery. Its upswept geometry provides efficient scooping action with minimal additional trauma to cartilage and meniscal edges. Stainless steel construction resists corrosion from saline irrigation and reprocessing.
The Asch septum straightening forceps features angled jaws (7mm × 49mm) and angled‑on‑the‑flat construction to permit direct straightening and repositioning of deviated nasal septum during septoplasty and septorhinoplasty. The wide angled jaw geometry engages the septal cartilage and bone while distributing correction force evenly. At 8.75 inches, the length provides adequate leverage for complete septal mobilization and realignment.
Aston facelift scissors offer straight-blade geometry for linear cutting along predefined facial anatomical lines during face lift procedures and skin resurfacing. The 203mm working length and ring-handle configuration support controlled advancement through skin and subcutaneous tissue with excellent tactile feedback. Straight blades are particularly effective for precise incision control in marked dissection planes.
This asymmetric pelvic reduction forceps features pointed ball tips that engage bone surfaces without piercing cortical margins during fracture reduction. The 406mm length provides leverage across wide pelvic zones, and the ball‑tip geometry distributes reduction force evenly while protecting underlying soft tissue and peritoneal contents. The straight configuration supports direct reduction control.
The Aufranc Cobra retractor is designed for atraumatic hip and proximal femur exposures in orthopaedic arthroplasty. Its curved cobra‑shaped blade reaches beneath muscular and capsular structures while the rounded 10mm tip protects underlying neurovascular bundles. The hollow handle reduces fatigue during extended retraction.
Built for hip and acetabular exposure, this Aufranc Cobra retractor pairs a 32mm cobra‑shaped blade with a 10mm smooth pointed tip that anchors into bone while sweeping soft tissue clear. The hollow handle reduces overall weight during prolonged retraction, and the 267mm length suits deep orthopedic corridors. Stainless‑steel construction holds an edge and finish across repeat reprocessing.
The Aufranc Cobra retractor delivers powerful periosteal and soft tissue retraction through its 32mm serrated pointed blade. The ergonomic hollow handle reduces hand fatigue during extended orthopedic exposures. The 267mm overall length provides leverage for deep wound retraction without manual assistant burden.
The Aufranc Cobra retractor at 254mm combines a 32mm blade with a smooth pointed 10mm tip for controlled blunt retraction in orthopedic and general surgical exposures. The hollow handle reduces instrument weight during prolonged use while maintaining structural rigidity. The straight geometry supports clean visual access to deep fracture sites and joint spaces.
Aufranc Cobra retractors, small blunt variant, with a 267mm straight shaft provide deep abdominal and orthopedic retraction with atraumatic tissue contact. The blunt curved blade protects underlying viscera during extended exposures. Small profile minimizes obstruction to visualization.
This larger Aufricht nasal retractor extends retraction capability with an 11 × 60mm blade, accommodating extended surgical exposure in complex nasal reconstruction. The angled taper supports tissue positioning without pressure injury, while the Bruns-style handle permits secure, ergonomic control. Stainless steel handles repeated sterilization cycles.
The Austin pick features a 2mm fine tip angled 90 degrees to permit precision dissection and elevation of delicate otologic structures such as the stapes footplate and ossicular bonds during ossicular reconstruction and stapedectomy. The right‑angle geometry allows the surgeon to work perpendicular to the operative field without hand obstruction. Straight shaft construction supports handheld control during microsurgical otologic work.
The Austin pick (3mm tip, angled 90 degrees) provides precise ossicular dissection and mobilization during mastoid procedures. Its 3mm blunt tip navigates around delicate structures within the tympanic cavity. The acute angle enables access from multiple surgical directions in ossicular chain work.
Austin's short angled pick addresses confined spaces within the tympanic cavity and mastoid niches. Though the description indicates a straight curvature, its compact proportions make it suitable for tight ossicular and tympanic work. Reusable stainless steel construction supports ear surgery protocols.
The Austin sickle knife (3mm curved blade) shapes ossicular structures and removes bone during stapes and oval window procedures. Its curved geometry follows anatomic contours of the tympanic cavity. Stainless steel composition ensures durability across repeat otologic cases.
This autoclavable 5mm laparoscope delivers straight 0‑degree viewing for general laparoscopic inspection during abdominal procedures. The 5mm shaft accommodates standard port placement during minimally invasive cases. Reusable design supports repeated sterilization and clinical use across many laparoscopic procedures.
This small bone awl with square tip and phenolic handle provides precise starting points for cortical screw pilot holes and guidewire placement. The square geometry prevents tip rotation during initial cortical penetration, while the phenolic handle offers comfortable grip and thermal insulation during extended procedures. Stainless steel tip resists dulling.