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This tapered teardrop suction tube provides atraumatic aspiration in general surgical fields with its gentle distal profile. The 7Fr caliber supports reliable evacuation of blood and fluid from deep operative corridors over its 229mm overall length, while the straight shaft maintains excellent visibility. At 140mm working length, it balances accessibility with control during prolonged manipulation.
Features & Benefits
This tapered teardrop 8Fr suction tube delivers controlled low‑volume aspiration in delicate operative fields requiring precise suction modulation. The teardrop tip geometry directs suction away from tissue planes while the 89mm working length reaches confined spaces. The 178mm overall length suits standard handheld positioning.
This tapered teardrop 9Fr suction tube provides moderate‑volume aspiration through its slightly larger bore while maintaining atraumatic tissue contact. The teardrop geometry protects mucosal surfaces during evacuation. The 89mm working length permits precise placement in restricted operative corridors.
This 9Fr tapered teardrop suction tube bridges fine and high-capacity evacuation, with a smooth tapered tip that protects delicate tissues during suctioning. The 140mm working length and straight geometry provide excellent reach into deeper surgical compartments. Reusable stainless steel construction withstands repeated sterilization and intraoperative use.
The straight Taylor dressing forceps at 178mm carry the slim profile of the Taylor family at moderate length, sized for routine tissue and dressing manipulation in general surgical and ward settings. The straight profile suits in‑line approach.
The Taylor forceps combines serrated jaws with an integrated scraper tip, supporting both tissue grasping and gentle debridement or scraping during surgical procedures. The dual-function design reduces instrument changes and supports efficient operative flow.
These Taylor tissue forceps provide the general surgeon with dependable grasping control in moderate-depth tissue work. The square handle geometry offers stable leverage, while the straight 178mm length fits standard surgical field depths. Stainless-steel construction supports routine sterilization cycles without degradation.
Taylor‑Brown tissue forceps provide broad‑surface grasping geometry suited for heavier tissue structures and fascial layers. The wider jaw spread distributes grip pressure, reducing tissue damage during handling. 178mm length accommodates standard surgical reach in most procedures.
The Teale uterine tenaculum at 260mm curves to the side with a 3 × 4 tooth pattern, sized for secure grasping of the cervix during dilation‑and‑curettage, hysteroscopy, and hysterectomy. The side curve preserves the operator's view of the cervix, and the multi‑tooth pattern distributes grip.
Scaling up suction capacity while maintaining the atraumatic teardrop profile, this 10Fr tube is designed for moderate‑to‑high flow evacuation in larger surgical fields. The non‑tapered tip design preserves the broad teardrop geometry that distributes suction pressure safely. The angled 216mm overall shaft improves approach beneath overhanging structures.
Supporting the largest suction demands in open abdominal or complex surgical scenarios, this 12Fr teardrop tube maintains the atraumatic non‑tapered geometry. The larger lumen handles substantial fluid and debris evacuation. The angled 216mm overall configuration allows ergonomic positioning while maintaining operative visibility beneath overhanging viscera.
This compact 7Fr teardrop suction tube bridges delicate and moderate‑flow scenarios with the atraumatic non‑tapered geometry. The modest lumen size suits confined surgical fields and controlled aspiration requirements. The angled 216mm shaft with 114mm working length maintains reach and ergonomic positioning in deeper anatomical planes.
Positioned between smaller and high‑capacity tubes, this 8Fr teardrop suction tube offers balanced flow with atraumatic non‑tapered tip geometry. The angled 216mm overall construction improves visualization and approach to anatomical recesses. The 114mm working length supports placement in deeper surgical planes without sacrificing ergonomic control.
This teardrop‑profile 9Fr suction tube combines an angled shaft with non‑tapered tips for high‑capacity aspiration in open surgical fields. The teardrop geometry distributes suction force across a broader surface area, reducing point‑load trauma to tissue. The 100mm working length and angled configuration improve access to deeper operative corridors.
The Tebbetts fiber optic retractor combines illuminated 80 × 16mm blade with integrated smoke evacuation suction tube to support real‑time visualization during breast and body contouring procedures. Angled distal tip with teeth provides controlled tissue elevation and hemostasis, while comfort grip handle and replaceable fiber optic design enable sustained operative access without fatigue.
These Tebbetts micro forceps feature ultra‑delicate 0.5mm tips for precision handling of fine soft tissue structures during plastic microsurgery and eyelid reconstruction. The straight 121mm length supports comfortable two‑handed control in confined fields. Stainless steel construction maintains fine tip geometry across repeated use.
Engineered for fine tissue handling in plastic and ophthalmic procedures, these Tebbetts micro forceps feature delicate 0.9mm tips with a straight 121mm shaft. The wider tips enhance visibility while maintaining precision manipulation. Stainless steel durability supports consistent performance across many microsurgical cases.
These Tebbetts self‑retaining skin hooks feature dual 5mm angled prongs that lift skin edges hands‑free during plastic and facial procedures. The ergonomic 152mm handle supports controlled, gentle retraction without surgeon fatigue. Stainless steel construction combines strength with corrosion resistance across repeat cases.
This Tebbetts fiber optic retractor combines a 150mm × 36mm stainless-steel blade with integrated fiberoptic illumination and a comfort grip handle. The toothed leading edge prevents tissue slippage during deeper retraction, while a smoke evacuation suction tube directs operative plume away from the field. The replaceable fiber optic design supports cost-effective maintenance across multiple procedures.
Tebbetts scissors represent a specialized cutting instrument for rhinoplasty and facial reconstruction, engineered with tungsten carbide blades for superior edge retention during dense nasal and fascial tissue dissection. The angled configuration and serrated working edge deliver controlled cuts through cartilage and fibrous planes without slipping. Ring handle design and 191mm length provide direct access to deep nasal and septal structures.
This temporal-approach lid speculum is designed for inferior temporal clear corneal or limbal approach surgeries. Its angled-up geometry positions the inferior lid blade away from the surgical field, while the U-shaped wire back supports stable retraction. The 14mm solid blade and 16mm spread suit temporally angled procedures where traditional specula interfere with instrument access.
The temporal open wire speculum features a V-shaped end design with 15mm round blades optimized for superior exposure during temporal anterior segment approaches. Its compact 45mm length and 17mm spread provide optimal access while minimizing extra-ocular soft-tissue bulk. Stainless steel construction ensures lasting durability.
Sold as a pair, the Tenant solid lid retractors deliver fixed lid elevation for ophthalmic exposure where a speculum is not preferred. The 14mm straight blade gently lifts the lid margin, and the 25mm overall length keeps the handle low‑profile in the operative field. Stainless‑steel construction supports repeat sterilization across routine ocular cases.
The extra-small Tessier soft-tissue retractor features 12mm and 16mm blade widths optimized for craniofacial and head-and-neck reconstructive approaches where minimal retraction force prevents damage to superficial neural and vascular structures. The Figure-A geometry provides controlled displacement, and stainless steel construction ensures reliability across repeated procedures. Its compact size fits confined surgical corridors.
Used for cervical and endometrial biopsy, the Thomas‑Gaylor uterine biopsy forceps grasps and removes a discrete tissue sample from the cervix or uterine wall under direct visualization. The straight 9-1/4 inch (235mm) shaft passes through the dilated cervix to reach the lower uterine segment, and the cup jaws excise a coherent specimen for histologic review. Stainless‑steel construction supports routine autoclave reprocessing.
Thoms‑Allis tissue forceps feature a 6 × 7 interlocking-tooth configuration for secure grip on tough fascial and visceral tissue. The larger tooth pattern distributes clamping force over broader surface area, reducing tissue trauma while maintaining reliable hold. The 203mm extended length supports deep-field applications including bowel and omental retraction.
The Thornton corneal press ruler is designed to measure and mark limbal relaxing incisions with precision geometry. Its curved marking blade lays out 2mm line intervals at 1mm apart, measuring up to 10mm, supporting accurate axis alignment for LRI treatment. The knurled handle and dull finish reduce glare during corneal contact.
The Thornton diamond knife holder elevates and stabilizes the diamond blade during handling, improving visualization and reducing inadvertent blade contact with instrument trays or gloved hands. The anodized aluminum construction is lightweight and corrosion‑resistant, supporting safe repeated blade storage and retrieval. Designed to protect blade integrity during case setup.
This Thornton fixation ring stabilizes the globe during refractive marking, LRI (Limbal Relaxing Incisions), and keratorefractive procedures. Twelve fixation teeth around the 16mm solid ring engage the conjunctiva for a firm, evenly distributed hold, and twelve corresponding marks on the upper face identify tooth position to guide axis alignment. The flat handle keeps the surgeon's view clear of the cornea.
This low‑profile Thornton optical zone marker is scaled to 3mm with reduced ring height of 1.5mm for precise marking in dense cataracts and corneal topography procedures. The compact beveled tip and streamlined profile minimize obstruction of the surgical field. A knurled handle and dull finish support secure grip and reduced glare during extended refractive marking.