Miscellaneous

The Carroll curved tendon forceps with serrated 2 × 8mm jaw enables secure grasping and controlled mobilization of tissue and tendon fragments in otologic dissection and wound debridement. The standard curve aligns with natural anatomic planes, while serration prevents slipping on delicate structures. At 127mm, it accommodates both gross and fine manipulation.

Features & Benefits

• Serrated 2 × 8mm jaw prevents tissue slipping
• Curved shaft aligns with natural anatomic planes
• 127mm length suits otologic and tender dissection
• Reusable stainless‑steel for routine clinical use

The double spoon forceps feature 4mm diameter cups angled at 110 degrees horizontal opening, with a 120mm working length designed for grasping and removing bone fragments and soft tissue debris from sinus cavities and antral spaces. The spoon configuration creates a cupped grasping surface that secures fragments without crushing.

Features & Benefits

• 110‑degree horizontal opening with 4mm spoon cups
• 120mm working length for posterior sinus access
• Cupped geometry secures bone and tissue fragments
• Extended reach into maxillary and sphenoid regions during FESS

This Ferris‑Smith fragment forceps uses a 6×8mm serrated jaw with a 105mm shaft for controlled grasping and extraction of fragments.

Features & Benefits

• 6×8mm serrated jaw enhances fragment grip
• 105mm shaft supports targeted access
• Serrated design improves traction
• Suitable for fragment extraction

The giraffe punch biopsy forceps delivers a 2.5 × 6mm through‑cut jaw with a distinctive 70‑degree upward angle designed for laryngeal and pharyngeal biopsy collection at high visualization angles. The short shaft maintains fine control in confined endoscopic spaces, and the angled approach enables retrograde access to posterior laryngeal lesions. The through‑cut mechanism produces tissue specimens with minimal crush artifact.

Features & Benefits

• 2.5 × 6mm through‑cut jaw enables clean specimen retrieval
• 70‑degree upturned angle accesses posterior laryngeal lesions
• Short shaft design enables precise endoscopic control
• Angled geometry improves visualization during biopsy

This Griffiths‑Brown tissue forceps incorporates 1.5×5mm delicate Brown‑type teeth with a 110mm length for fine tissue handling.

Features & Benefits

• 1.5×5mm delicate teeth support fine grasping
• Slim profile enhances precision
• 110mm length improves tactile control
• Suitable for microsurgical tissue management

This Jackson laryngeal cup forceps uses a straight shaft with 4mm upbiting cup jaws and an 11‑inch working length for controlled laryngeal tissue grasping.

Features & Benefits

• 4mm upbiting jaws support controlled tissue capture
• Straight shaft improves approach angles
• 11in working length enhances reach
• Suitable for endolaryngeal biopsies

Millard double-hook forceps combine a 10mm hook span with swivel-thimble design and 1 × 2 Adson-type sharp-tooth pattern for three-dimensional cartilage control during rhinoplasty. The swivel mechanism enables rotation without hand repositioning, supporting ergonomic management of cartilage grafts and tip-support reconstruction. Spring tension maintains consistent jaw pressure across prolonged dissection phases.

Features & Benefits

• 1 × 2 sharp-tooth pattern for cartilage grasping
• Swivel thimble enables rotation without repositioning
• 10mm hook geometry for nasal/cartilage work
• Balanced spring tension during prolonged use

The Williams dissectomy forceps, size‑matched at 2mm cup, features a single intraoperative tooth for precise control and gentle tissue elevation during dissection of adhesions and scar tissue. The straight 140mm geometry suits endoscopic and open dissectomy work. Reusable stainless‑steel construction withstands repeated procedures.

Features & Benefits

• Single tooth provides precise dissection control
• 2mm cup sized for delicate tissue handling
• Straight 140mm length suits endoscopic work
• Reusable stainless‑steel for routine surgical use

The Yasargil micro forceps feature bayonet shafts with 0.6mm sharp tips, a flat three‑hole handle, and an overall length of 7 inches (178mm), enabling precise manipulation of delicate neurovascular structures and ossicular chain elements during microscopic otologic surgery. The bayonet geometry keeps the handle clear of the operative field while the sharp tips provide exact tissue engagement.

Features & Benefits

• 0.6mm sharp tips for microsurgical precision
• Bayonet shafts maintain operative field clearance
• 178mm length with flat three‑hole handle for control
• Flat handle offers stability during prolonged fine work