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This replacement tip extends the service life of Yankauer suction tubes by providing the atraumatic bulbous distal section that channels aspirate away from delicate mucosal surfaces. The stainless steel construction maintains corrosion resistance through repeated cleaning and sterilization. Reusable design supports cost-effective inventory management across high-volume procedures.
Features & Benefits
The Tischler cervical biopsy punch delivers a 3 × 7mm bite size for reliable tissue sampling during colposcopy and cervical lesion evaluation. Its straight jaw and gold‑plated squeeze grip handle enable controlled, single‑motion punch closure, while the quick‑lock design ensures rapid specimen retrieval without twisting. Stainless steel construction supports durable performance across repeated clinical use.
Tischler cervical biopsy punch delivers precise 3 × 7mm biopsies during colposcopy and cervical lesion evaluation with a rotatable 360‑degree shaft for optimal jaw positioning. The gold‑plated squeeze‑open grip handle reduces operator fatigue during multiple sampling passes, while the rotating mechanism allows alignment with lesion orientation without repositioning the instrument body. At 254mm, the punch accesses the cervix reliably, and reusable stainless‑steel construction ensures durability across repeated sterilization and clinical use.
Tissue forceps with 1 × 2 tooth interlocking pattern plus cross-serrations on the working edge and serrated handle provide enhanced grip control on delicate tissues during extended procedures. The serrated handle reduces instrument slippage during sustained grasping. Cross-serrated jaws improve hold on gauze and soft tissue.
These extra‑long tissue forceps at 254mm carry a 1 × 2 tooth pattern for skin and superficial tissue grasping at depths beyond the standard Adson reach. The longer body suits deep abdominal and pelvic exposures where the surgeon needs the working tips well below the wound surface.
Extra‑long tissue forceps with a 1 × 2 tooth pattern at 305mm reach the deepest abdominal and pelvic structures during major surgical exposure. The long body suits major cases where the surgeon needs the working tips well below the wound surface.
These extended-length 381mm tissue forceps with 1 × 2-tooth pattern enable deep-field tissue retraction in lengthy laparotomy and retroperitoneal procedures. The fine-tooth configuration prevents tissue crushing during sustained retraction. The exceptional length supports access into deep operative corridors while maintaining precise control.
These 410mm tissue forceps with 1 × 2-tooth pattern provide maximum reach for deep retroperitoneal and extensive visceral retraction. The fine-tooth geometry minimizes tissue trauma during prolonged manipulation. The extended length and straight profile enable surgeons to access deep operative planes with stable single-handed control.
These 430mm tissue forceps with 1 × 2-tooth pattern enable maximum-depth tissue access in extensive laparotomy and pelvic procedures. The fine-tooth configuration minimizes tissue crush injury over extended manipulation. The exceptional length reaches deep structures while the straight geometry maintains precise operative control.
These 451mm tissue forceps with 1 × 2-tooth pattern deliver maximum reach for complex deep-field retraction in extensive general and vascular surgery. The fine-tooth design resists tissue crushing during sustained manipulation. The extended length and straight profile enable access to the deepest operative planes.
These extended�24" (610mm) tissue forceps feature a 1×2 tooth pattern designed for specialized reach during abdominal and pelvic cases where deep field access is critical. The long straight shaft delivers precision control at extended distances while maintaining the delicate tooth geometry for selective tissue grasping.
These compact tissue forceps with a 1 × 2 tooth pattern at 114mm provide standard skin handling for general surgical closure, with the modest length keeping the working tips within fingertip control. The tooth pattern distributes grip atraumatically.
These tissue forceps with a 1 × 2 tooth pattern at 130mm sit between the standard Adson length and the longer general forceps, suited to mid‑field surgical work where the surgeon needs more reach than the Adson compact format. The tooth pattern distributes grip atraumatically.
Tissue forceps with 1 × 2 tooth interlocking pattern provide controlled grasp on general surgical tissues�fascia, peritoneum, bowel serosa�without crushing delicate structures. The six-inch length and straight geometry support precise hand positioning. Interlocking tooth pattern distributes clamping pressure evenly.
These straight 1×2 tooth tissue forceps extend to 7" (178mm) for increased reach during moderate‑depth surgical exposure. The delicate tooth pattern maintains precision grip without tissue crushing. This length bridges compact and extended‑reach applications in general surgery.
These extended‑length straight tissue forceps feature a 1×2 tooth pattern for precision work in deeper surgical fields. The 8" (203mm) shaft provides comfortable reach to surgical sites beyond shallow access. The delicate tooth geometry controls tissue grasping without crushing.
This 1 × 2‑tooth tissue forceps provides basic interlocking grasp for general tissue manipulation in standard surgical procedures. The straight 200mm shaft enables balanced reach, while the tooth pattern distributes load across delicate structures. The instrument's modest profile suits confined spaces and routine closure workflows.
These 508mm tissue forceps with 1 × 2-tooth pattern represent the maximum-reach variant for deep pelvic, retroperitoneal, and visceral retraction in major cases. The fine-tooth pattern prevents tissue trauma over extended manipulation periods. The extraordinary length enables surgical access to the deepest operative sites while maintaining straight-shaft stability.
Tissue forceps with 2 × 3 tooth interlocking pattern grip slightly tougher tissues�fascia, periosteum, dura�with controlled pressure and minimal crushing risk. The 140mm length suits mid-depth work. Broader tooth count (compared to 1 × 2 pattern) distributes gripping force across multiple contact points.
These 140mm tissue forceps carry a 2 × 3 interlocking tooth pattern that grips skin, fascia, and other firm tissue without crushing the bite. The straight slender shaft preserves visibility at the wound edge, and balanced spring tension reduces hand fatigue across longer cases. Stainless steel holds up to routine autoclave cycles.
These 178mm tissue forceps with 3 × 4-tooth pattern offer versatile grip strength for retraction across general surgical procedures. The compact tooth configuration balances secure hold with atraumatic tissue handling. The extended 178mm length reaches moderate-depth operative fields while maintaining precise control.
These 159mm tissue forceps with a 4 × 5 tooth pattern carry the heavier Allis‑style tooth count in a non‑surnamed format, sized for dense‑tissue grasping during general surgical exposure. The moderate length suits standard mid‑field work.
This angled IOL implant forceps delivers secure grasp for rigid and foldable intraocular lens insertion during phacoemulsification and IOL implantation. The 40-degree angle positions the hand outside the operative field while bi-convexed locking jaws prevent lens slippage. Seven-point-five millimeter jaw length accommodates standard ophthalmic lenses, while the long rectangular serrated handle provides durable grip.
Ring‑tip forceps excel in atraumatic tissue handling where flat or toothed jaws would cause unacceptable trauma. This titanium micro ring‑tip forceps features 1 × 0.5mm precision‑machined ring tips with diamond‑dusted engagement surfaces, a counter‑weight for balance, and a generous 8mm round handle grip. The 180mm shaft and refined geometry support intuitive two‑handed manipulation across delicate microsurgical fields.
This titanium replacement spring fits the Dacamara TDK‑7250 instrument, restoring tension when the original spring fatigues. Titanium construction resists corrosion and maintains spring force through repeated autoclave cycles. Sold individually as a service part to extend the working life of the parent instrument.
Curved Toennis scissors support smooth dissection along tissue planes and anatomical contours during general surgical procedures. The 178mm length combined with the curved-blade pattern delivers atraumatic cutting with excellent visibility. Ring handles provide secure, stable control.
Straight Toennis scissors deliver controlled, linear cutting for fine tissue dissection in general surgical procedures. The 178mm length combined with the Toennis blade pattern provides reliable cutting performance for soft-tissue work. Ring-handle design ensures stable control.
Toennis-Adson scissors combine the Toennis blade pattern with Adson-style geometry for versatile cutting across general surgical applications. The straight 178mm configuration supports controlled access and visibility, while the hybrid geometry optimizes both precision and reach. Ring handles enable stable handling.
Tongue‑and‑groove jaws on these wire pulling forceps engage Kirschner wires and pins up to 1mm in diameter without slipping during extraction or repositioning against bone. The 165mm straight shaft gives the surgeon leverage when seating or withdrawing fixation hardware through cortical bone. Stainless‑steel construction tolerates the repeat torque loads inherent to orthopedic wire work.
This tonsil snare wire provides a 0.3mm diameter monofilament loop for mechanical ligation and removal of hypertrophic tonsillar and adenoid tissue during endoscopic or cold steel tonsillectomy. The fine wire diameter permits passage through a snare handle while maintaining adequate tensile strength for tissue strangulation. Single‑use sterile packaging ensures sterility and eliminates reprocessing burden.