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With a 0.062 inch tip, this long bone reduction forceps provides larger surface contact for secure fracture engagement during complex multi‑fragment reduction scenarios. The extended length enables leverage across substantial fracture fields, and the refined tip geometry balances surface area with precision access. The stainless‑steel construction withstands repetitive reduction force.
Features & Benefits
This ratchet‑style bone reduction forceps features a two‑inch ratchet length that opens to four inches, enabling staged bone reduction during complex fracture fixation. The ratchet locks fragment position once alignment is achieved, freeing the surgeon to position fixation devices. The 203mm overall length and straight profile suit broader exposures where sustained reduction force is needed.
This straight bone retractor presents a 17mm blade for periosteal elevation and soft-tissue retraction along the bone surface during orthopedic exposures. The 220mm overall length reaches comfortably into the operative field while the contoured blade margin protects adjacent muscle and fascia from the bone edge. Stainless‑steel construction is built for dependable performance and lasting durability across repeat orthopedic reprocessing.
This ten‑millimeter X‑serrated bone tamp delivers intermediate graft‑compaction force during vertebral body and tibial plateau reconstruction. The serrated surface distributes striking force uniformly across cancellous bone without crushing or fragmenting the graft. The 159mm length maintains controlled depth during intravertebral work.
This 2mm bone tamp with X-serrated tip provides controlled compaction of bone graft and cancellous bone during fusion and reconstruction. The serrated geometry grips the bone surface without slipping, and the 160mm length enables precise, controlled tapping strokes. Stainless steel construction sustains routine sterilization and clinical reuse.
At 3mm width, this bone tamp with X-serrated tip compacts larger volumes of bone graft during extensive fusion and vertebral body reconstruction. The serrated surface prevents graft slippage, and the 160mm length supports controlled, powerful tapping. Stainless steel durability ensures reliable performance across many clinical cycles.
This 5mm bone tamp with X-serrated tip enables compaction of substantial bone volumes during major fusion and reconstruction cases. The serrated geometry ensures secure grip on cancellous bone without slippage, and the 160mm length supports controlled stroking mechanics. Stainless steel composition withstands routine sterilization and clinical reuse.
This six‑millimeter X‑serrated bone tamp compacts cancellous bone graft and autogenous bone chips during spine fusion and orthopedic reconstruction. The serrated tip surface distributes force uniformly across the graft bed, minimizing fragmentation while maximizing fill density. The 159mm compact length suits posterior spinal exposure with controlled stroke depth within the vertebral body.
At 8mm width, this bone tamp with X-serrated tip represents the largest compaction instrument for extensive graft incorporation during major spinal fusion. The serrated surface provides secure grip on cancellous bone, preventing slippage during sustained tapping, and the 160mm length supports powerful, controlled strokes. Stainless steel durability ensures reliable clinical performance.
This bone tamp drives graft material and impacts cancellous bone into prepared cavities during fusion and fracture work. The 9mm X‑serrated tip grips bone fragments and resists slip on cortical surfaces, while the straight 160mm shaft delivers controlled mallet energy to the working end. Stainless steel construction holds the cross‑serration through repeat impaction.
The Bristow‑Bankart retractor features 2 angled blunt prongs for atraumatic soft tissue exposure during shoulder capsular repair and tendon reattachment. The working width provides adequate retraction of the anterior capsule and rotator cuff structures. Stainless steel is engineered for durable performance and repeat‑case reliability.
The Bristow‑Bankart retractor features 3 angled blunt prongs for atraumatic soft tissue exposure during shoulder capsular repair and tendon reattachment. The working width provides adequate retraction of the anterior capsule and rotator cuff structures. Stainless steel is engineered for durable performance and repeat‑case reliability.
The Bruns‑Spratt size 0 curette with 45‑degree angle and oval cup enables controlled bone and cartilage removal in medium‑depth joint spaces and vertebral body work. The hollow handle design mitigates fatigue during sustained manipulation, while the angled access improves approach to intra‑articular surfaces. Stainless steel construction ensures durability through many cases.
The Brun (Spratt) curette carries a Size 0 straight oval cup on a hollow handle, sized for bone debridement and curettage in orthopedic and dental procedures. The hollow handle reduces overall instrument weight, and the 229mm length keeps the surgeon's grip clear of the operative field during sustained curettage.
Bruns-Spratt curette, size 0, with a straight profile and oval cup combines delicate curettage capability with a hollow handle for reduced hand fatigue during prolonged fine bone work. The 171mm length and stainless steel construction support reliable access to small anatomical defects and articular surfaces.
This Bruns-Spratt curette at size 00 combines an oval cup with angled geometry, tilted forward 10 degrees to improve approach angle during intervertebral and articular surface work. The hollow handle reduces weight and fatigue, and the 171mm length supports controlled, sustained curettage. Stainless steel construction withstands routine sterilization.
Bruns‑Spratt curette, size 00 with oval cup, removes intermediate bone fragments and surgical debris. The hollow handle minimizes hand fatigue during sustained curettage. The 229mm overall length maintains access throughout complex skeletal procedures.
The Bruns-Spratt curette, size 00 (2/0) with straight orientation and hollow handle, delivers delicate bone and cartilage removal across fine articular surfaces and endplate margins during joint reconstruction and spinal fusion. Oval cup geometry ensures even pressure distribution without point loading on subchondral bone. Hollow handle reduces instrument weight while maintaining structural integrity across extended procedures.
The Bruns‑Spratt curette size 000 with 45‑degree angle and oval cup is designed for fine cancellous bone removal and cartilage debridement in joint and articular surface reconstruction. The small oval head suits confined intra‑articular access, while the hollow handle reduces operative fatigue during prolonged use. At 229mm, the length provides reach into hip and knee exposures.
Bruns‑Spratt curette, size 000 with oval cup and straight profile, removes small bone fragments and debris from delicate skeletal surfaces. The hollow handle reduces weight during extended curettage work. The 229mm length enables stable access to deep orthopedic fields.
The Bruns-Spratt curette at size 3/0 features a straight oval cup and hollow handle for lightweight, controlled bone and cartilage removal. The size 3/0 dimension supports fine work within confined joint spaces and intervertebral disc zones. The 171mm length and angled geometry provide stable approach to articular and discal surfaces.
The Bruns‑Spratt curette in size 4/0 carries a small oval cup on a straight 171mm shaft for fine cancellous bone curettage and lesion debridement. The hollow handle reduces overall mass for prolonged hand work without sacrificing rigidity. Stainless steel construction holds the cup edge through repeated reprocessing.
Bruns-Spratt curette, size 5/0 (smallest), with a straight profile and oval cup combined with a lightweight hollow handle is engineered for delicate curettage of small bony defects and intricate vertebral body surfaces. The straight geometry permits direct approach, while the 171mm length and hollow handle reduce hand fatigue during extended fine work.
The Bruns‑Spratt size 1 curette with 45‑degree angle and oval cup delivers larger‑volume bone removal in open reduction and arthroscopic joint reconstruction. The hollow handle reduces fatigue during prolonged curettage, while the angled geometry improves access to deep joint compartments and vertebral bodies. Stainless steel resists corrosion in bone environments.
Bruns‑Spratt curette, size 1 with oval cup and straight geometry, performs bone and soft‑tissue debridement in orthopedic and spinal work. The oval profile conforms to bone contours during deliberate scraping motions. The hollow handle sustains prolonged use without grip fatigue.
Built straight at Size 1, the Brun‑Spratt curette presents a larger oval cup than the 0000 version on a hollow‑handle 171mm body. The straight shaft suits direct in‑line bone debridement, and the larger cup clears bone faster in moderate‑volume work.
The Bruns‑Spratt size 2 curette with 45‑degree angle and oval cup enables aggressive bone and tumor curettage in large‑scale joint reconstruction and spinal debridement. The hollow handle supports sustained manipulation without hand fatigue, while the angled access optimizes approach to vertebral bodies and articular joint spaces. Stainless steel construction withstands repeated sterilization.
The Bruns‑Spratt curette Size 2 provides controlled debridement of bone surfaces and periosteal tissues during orthopedic procedures. Its straight profile and hollow handle enable precise access to cortical and cancellous bone within limited exposure fields. The oval cup configuration conforms to curved bone contours for efficient soft tissue and bone fragment removal.
The Bruns-Spratt curette, size 3 with 45-degree angle, hollow handle, and 229mm length, removes bone and cartilage at specific angles suited to facet joint and vertebral corner work during spinal fusion and arthroplasty. Angled orientation improves access to joint recesses and endplate margins. Oval cup distributes curettage force evenly without point trauma.
Size 3 Bruns‑Spratt curettage delivers intermediate bone surface debridement across larger work areas in orthopedic and spinal procedures. The hollow handle design and straight 229mm shaft provide balanced control while accessing cortical and cancellous bone during graft bed preparation. Oval cup geometry conforms smoothly to vertebral and tibial surfaces.
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