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Bishop‑Harmon tissue forceps grasp conjunctiva and Tenon's tissue through delicate 0.5mm tips set with a 1 × 2 tooth pattern. The interlocking single tooth secures tissue without crushing, and the flat three‑hole handle keeps the instrument light in a pencil grip during prolonged oculoplastic and strabismus work. The 85mm body sits close to the operative field.
Features & Benefits
Bishop‑Harmon tissue forceps grasp conjunctiva and fine ophthalmic tissue through a 0.8mm curved tip with 1 × 2 interlocking teeth. The flat three‑hole handle reduces mass between the surgeon's fingers while improving tactile feedback. Curvature aids approach to peripheral tissue without obstructing the operative view.
These Bishop-Harmon tissue forceps feature a 0.3mm ultrafine tip with 1 × 2 interlocking teeth and flat three-hole handle, making them ideal for the most delicate anterior segment tissue manipulation including capsular work during cataract surgery and corneal procedures. The diminutive 0.3mm tip allows microsurgical precision, while the three-hole handle supports ergonomic control. This 86mm instrument is essential for precision ophthalmic work.
This straight tissue forceps delivers reliable grasping of tough tissues and dressings through serrated jaw design and straight shaft geometry. The serrated handle ensures secure surgeon grip, and the polished finish supports visibility during tissue handling. Lightweight construction suits extended use without hand fatigue.
The Bishop‑Harmon extra‑fine 0.3mm tissue forceps provides exceptional precision in fine conjunctival and scleral work. The 1 × 2 tooth configuration and sandblasted finish deliver controlled, nontraumatic grasping of delicate tissues. Lightweight construction suits prolonged microsurgical cases without hand fatigue.
The Bishop‑Harmon tissue forceps with 0.5mm fine tips delivers precision fixation of delicate anterior segment tissues during corneal grafting and microsurgery. The 1 × 2 tooth pattern and sandblasted finish suit controlled handling of corneal and episcleral tissue. The straight geometry enables stable visualization during manipulation.
Bishop‑Harmon tissue forceps in this configuration carry 1 × 2 atraumatic teeth at 0.8mm tips for delicate conjunctival and corneoscleral handling. The flat three‑hole handle reduces weight and provides finger purchase during prolonged microsurgical work. An 85mm overall length keeps the instrument within the microscope's working envelope.
These Bishop-Harmon tissue forceps feature straight shafts with a 0.8mm tip, 1 × 2 interlocking tooth pattern, and shorter shaft geometry for precise manipulation in confined anterior chamber spaces. The flat three-hole handle provides balanced control during fine lid and conjunctival tissue work. At 86mm, this shorter profile is ideal for the delicate ocular surface.
The Grover ocular tissue utility forceps deliver multi‑purpose manipulation during anterior and posterior segment procedures. Titanium construction provides lightweight rigidity during grasping, retraction, and positioning of corneal, iris, and capsular tissue. The utility geometry makes this pattern indispensable in complex cataract, glaucoma, and refractive surgery workflows.
These Hoskins #16 tissue forceps utilize curved fine‑grooved tips to improve approach angles under conjunctival folds. The serrated handle and 85mm length support stable grasping for precise tissue elevation and mobilization.
These Hoskins #18 tissue forceps incorporate straight fine‑grooved tips engineered for low‑penetration traction on delicate tissue layers. The 1‑inch shafts and serrated handle enable steady, linear approach alignment during micro‑grasping tasks.
These Hoskins #19 tissue forceps present straight micro‑grooved tips optimized for enhanced wet‑field grip. The serrated handle and 1‑inch shafts (85mm overall) provide balanced tactile control when securing conjunctival or episcleral tissue layers.
The Hoskins Tissue Forceps #22 Colibri Style is engineered for fine tissue engagement in ophthalmic microsurgery. Its micro‑grooved tips distribute pressure across delicate anterior segment tissues such as the capsule and cornea, while the serrated handle ensures grip stability during sustained manipulation. The 1 inch (25mm) short shaft and compact 85mm overall length provide excellent tactile feedback and control in confined anterior chamber spaces.
These Hoskins #28 tissue forceps feature very delicate micro‑grooved straight tips designed for ultra‑fine tissue engagement. The serrated handle and compact 85mm length promote stable positioning in confined operative corridors.
The Hoskins Tissue Forceps #30 Colibri Style is designed for ultra‑delicate anterior segment work where tissue trauma must be minimized. Its extra‑delicate micro‑grooved tips engage the iris, capsule, or cornea with minimal pressure, while the short 1 inch shaft provides superior tactile control. The serrated handle and compact 85mm length support sustained precision during intracameral tissue repositioning or membrane stripping.
These McPherson tying forceps use 0.4mm straight tips with 1×2 teeth oriented at 90�, paired with a tying platform for secure knot advancement. The three‑hole handle increases rotational precision during delicate suture work.
The Pierse tissue forceps deliver fine manipulation with their 0.3mm straight tips during anterior segment microsurgery and corneal tissue handling. The 9mm wide flat handle provides secure, stable grasp in the palm, and at 109mm overall length, the instrument reaches deep into confined anterior chamber spaces. Stainless‑steel construction ensures reliable reprocessing across countless cataract and corneal cases.