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The Lane light‑model bone forceps delivers fragment control in delicate or comminuted fractures where crushing risk is high. Its straight jaws engage cortical bone without the bulk of heavier patterns, and the ratchet‑free design keeps the instrument responsive. At 330mm, it provides extended reach without excess weight.
Features & Benefits
The Lane bone-holding forceps with straight jaws and integrated ratchet provide secure, locked reduction of bone fragments during complex osteosynthesis. The 330mm extended length reaches deep anatomic sites, and the ratchet mechanism locks the reduction without hand strength. Stainless steel composition sustains routine sterilization and clinical reuse across many cases.
The Lewin bone forceps combines a gentle curve with serrated jaw surfaces for secure purchase on cortical and cancellous bone during orthopedic reduction and fixation. The serrated surfaces grip bone without crushing, enabling atraumatic fragment handling during open reduction internal fixation. The 178mm length and curved profile suit mid‑sized bone segments in various surgical approaches.
The Lewin bone holding forceps grips cancellous and cortical bone during reduction and temporary fixation of fractures and osteotomy segments. Its gentle curve and serrated jaws distribute holding force across the periosteum and endosteal surfaces. The 178mm length suits hand‑held reduction during open procedures.
Liston bone forceps cut through cortical bone and remove spicules during fracture care and orthopedic exposure. The angled jaws clear the surgeon's sight line on long‑bone shafts, while the single action mechanism and spring handle reset the cut between bites. The 191mm frame balances reach with the leverage needed to sever cortical edges.
Liston bone forceps deliver straight jaw alignment and single‑action cutting mechanics, optimized for controlled removal of bone splinters and cortical fragments in confined spaces. The spring handle permits repetitive cutting without continuous hand pressure, supporting surgeon comfort during longer reductive sequences. The compact 140mm profile facilitates navigation around periosteal and ligamentous boundaries. Reusable stainless steel ensures lasting performance.
The Liston bone forceps, straight with single-action spring handle and 216mm length, cuts bone with mechanical advantage during fracture reduction and bone removal in orthopedic procedures. Spring-return handle provides automatic jaw reset between cuts, improving cutting efficiency. Single-action mechanism generates powerful cutting force with minimal hand squeeze required.
The Martin meniscus cartilage grasping forceps feature straight jaws engineered to engage and remove damaged meniscal tissue during arthroscopic knee procedures. At 6.5 inches (165mm) overall length, they fit comfortably within the narrow arthroscopic portal while maintaining adequate mechanical advantage for tissue mobilization. Stainless‑steel construction withstands repeated sterilization and gentle use across multiple cases.
This patella forceps captures and stabilizes the patellar bone during reduction and fixation of fractures and osteotomy sites. The 2 × 2 teeth pattern creates point‑contact grasp without crushing the articular cartilage or fragile fragments, and the speed lock mechanism allows rapid one‑handed clamping. At 178mm, it provides optimal reach for open knee exposures.
These patella forceps feature 2 × 2 interlocking teeth with offset geometry and speed-lock mechanism for secure patella reduction and fragment manipulation. The 8mm jaw gap accommodates varying fragment thicknesses, and the 178mm length provides stable, controlled grasp. Stainless steel construction sustains routine sterilization across many clinical cycles.
These pelvic reduction forceps with 1 × 2 jaw configuration and long pointed ball tips engage pelvic fragments with precision during fracture reduction. The ball-tip geometry distributes reduction force without crushing cancellous bone, and the 400mm extended length reaches deep pelvic anatomy. Stainless steel construction sustains routine sterilization across many surgical cycles.
These short pelvic reduction forceps combine angled-inward jaws with short pointed-ball tips and ring handles for controlled reduction in confined pelvic and acetabular spaces. The angled geometry improves approach angle, and the 250mm length balances reach with precise control. Stainless steel durability ensures reliable sterilization and clinical reuse.
The periarticular bone reduction forceps features a medium C‑shaped jaw that stabilizes comminuted fracture fragments near the joint capsule and articular surface. Sharp spikes bite into cancellous bone, while the ball stop stabilizer prevents overshoot. The speed lock mechanism and 230mm length support rapid reduction and temporary holding.
The plate bone‑holding forceps secures fixation plates to bone during application, featuring a curved design that accommodates plate contours and a serrated hexagon foot plate for anti‑slip purchase. Its one‑pointed tip engages plate holes reliably, and the 121mm compact length suits varied surgical approaches.
This Rowe maxillary disimpaction forceps, left‑sided, features a 230mm length for controlled mobilization of the maxilla.
This Rowe maxillary disimpaction forceps, right‑sided, uses a 230mm length for controlled maxillary mobilization.
This Ruskin‑Liston angled bone‑cutting forceps delivers delicate 19mm jaws engineered for precise fracture reduction and periosteal work. The flat delicate blade profile minimizes periosteal trauma during manipulative reduction of long‑bone fractures, while the angled geometry improves approach angles during confined work near cortical edges. Double‑action spring mechanics provide controlled cutting power without requiring excessive grip pressure.
The Ruskin-Liston bone cutting forceps, straight with double-action spring handle and 190mm length, combines mechanical advantage with rapid jaw reset for efficient bone cutting during orthopedic procedures. Double-action mechanism generates powerful leverage, while spring return enables fast sequential cuts. Extended shaft length facilitates access to deep bone work.
The Ruskin-Liston bone-cutting forceps combine delicate angled jaws with a 178mm working length for precise, atraumatic bone removal during orthopedic procedures. The slender design permits access to confined fields while maintaining excellent surgeon control. Straight angled jaw geometry ensures clean bone separation.
The Ruskin‑Liston bone cutting forceps combines delicate straight blades with double‑action and spring‑handle mechanics for fine cortical bone sectioning. The 191mm length and delicate blade profile suit precision work near neurovascular structures. Double‑action amplifies cutting force while spring handle reduces operator hand strain during extended procedures.
The Ruskin‑Liston bone cutting forceps deliver heavy straight‑jaw geometry for controlled fracture reduction and cortical bone removal in orthopedic trauma. The powerful cutting edges bite through dense cortical and cancellous bone without slipping, while the 191mm length provides leverage for large fragment manipulation. Stainless steel jaws maintain edge sharpness across repeated intramedullary canal and metaphyseal work.
This Semb variant adds a ratchet mechanism to the sideways‑curved jaw design, allowing hands‑free fragment stability during plating and wire application in complex pelvic and femoral reductions. The 8mm wide jaw with deep teeth maintains secure purchase on curved bone, and the 191mm length suits deep exposures.
The Semb bone‑holding forceps features a sideways curve that reaches deep bone surfaces while maintaining surgeon visibility of the reduction site. Its 8mm wide jaw and deep tooth pattern deliver secure purchase on curved cortical surfaces common in pelvic and proximal femoral work. The absence of ratchet keeps it light for sustained handling.
Stille‑Liston bone cutting forceps employ large angled jaws and double‑action leverage to sever dense cortical bone and periosteal attachments encountered in major fracture work and joint reconstruction. The extended 267mm length reaches deep into orthopedic exposures without sacrificing control, and the angled jaw orientation aligns naturally with typical skeletal anatomy during cutting. Reusable stainless steel endures the mechanical demands of bone cutting.
These child-size tendon-braiding forceps feature a delicate, straight geometry with a single sharp-point tooth for fine grasping and manipulation of pediatric tendons and ligaments. The 120mm length accommodates smaller hand-to-field distances in pediatric orthopedic work. Stainless steel construction maintains edge sharpness through repeated braiding and fixation maneuvers.
This straight tendon pulling forceps measures 152mm overall, providing reach and leverage for controlled tendon manipulation during orthopedic procedures. The smooth jaws secure tender anatomical structures without tissue trauma, and the instrument's balance supports prolonged hand positioning during intricate soft tissue work.
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.
The Ulrich self‑retaining forceps feature angular 9mm jaws that lock securely without continuous hand pressure, making them ideal for holding bone fragments or ligament structures during complex reduction sequences. Speed lock engagement provides rapid one‑handed deployment, and the straight profile ensures stable grip through longer cases. Stainless steel construction is built for reliable performance across repeated orthopedic procedures.
The Ulrich self-retaining forceps with angular geometry deliver hands-free bone reduction and positioning during complex osteosynthesis. The speed-lock mechanism enables quick engagement, and the 184mm length provides stable, controlled hands-free fixation. Stainless steel construction sustains routine sterilization across many clinical cycles.
The mini Ulrich self‑retaining forceps features a straight profile and speed‑lock mechanism for hands‑free tissue retraction during orthopedic and general surgical procedures. The compact 184mm length suits limited surgical exposures while the ratchet lock holds tissue position without manual assistance. Speed‑lock design enables rapid positioning and release.