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The Bruns spinal curette (Size 2‑0) features a fine oval cup for deliberate bone curetting around the intervertebral disc and vertebral margins during arthrodesis and revision procedures. The 203mm straight geometry aligns with standard spinal access patterns, permitting controlled tissue engagement without dural penetration. This intermediate size bridges fine and standard applications.
Features & Benefits
This Bruns spinal curette combines a Size 000 oval cup with angled shaft geometry for accessing challenging vertebral body and laminar surfaces during spinal decompression. The smaller cup profile supports fine debridement in confined spaces, while the angled approach improves visualization during deep fusion work. Stainless steel construction ensures reliable performance across repeated surgical cases.
Bruns spinal curette, size 000, features oval cup geometry in straight configuration for controlled curettage of bone and disc material at the vertebral endplate and foramen. The 203mm length supports stable hand positioning during vertebral body preparation. Stainless steel delivers reliable performance and lasting durability for repeated surgical use.
The Bruns spinal curette (Size 3‑0) provides a small‑bore oval cup for selective curetting in the epidural space and around delicate dural attachments. Straight geometry permits direct approach along the vertebral body, while the intermediate cup size accommodates the scale between extra‑fine and standard instruments. This pattern supports safe, staged bone removal.
The 4‑0 (Size 4‑0) Bruns curette provides a small but workable oval cup for controlled bone removal in confined vertebral and foraminal spaces. Its angled geometry improves superior endplate access. At 203mm, it reaches deep exposures during laminectomy and diskectomy procedures.
Bruns spinal curette, size 4-0, features oval cup geometry in straight configuration for controlled curettage of bone and disc material at the vertebral endplate and foramen. The 203mm length supports stable hand positioning during vertebral body preparation. Stainless steel delivers reliable performance and lasting durability for repeated surgical use.
The Bruns 5‑0 (Size 5‑0) micro curette features the smallest oval cup for precision bone and endplate removal near neural structures during decompression. The angled geometry improves approach. Its 203mm length extends reach into deep exposures while the miniature cup ensures controlled microsurgical debridement.
The Bruns spinal curette (Size 5‑0) combines an extra‑fine oval cup with straight geometry for meticulous microcuretting in confined neural and vascular anatomy around the spinal canal. The 203mm length maintains reach while the minimal cup profile allows precise, incremental bone removal without wide tissue trauma. This ultra‑fine scale suits revision surgery and delicate exposures.
With angled cup geometry, the Bruns Size 1 spinal curette accesses superior and lateral vertebral endplate surfaces during multilevel laminectomy and diskectomy. The oval cup removes fibrocartilage and bone efficiently. At 203mm, it provides adequate working length for deep posterior approaches.
The larger Size 2 oval cup and angled orientation allow this Bruns curette to remove bone and soft disk material from expanded vertebral surfaces during wide diskectomy. The 203mm length reaches deep into multilevel exposures. Stainless steel construction ensures durable curetting action.
Engineered for vertebral and joint curettage, this Bruns spinal curette pairs a size 3 oval cup with an angled shank for working into the disc space, lamina recess, and other concave bone surfaces. The 203mm overall length supports controlled approach to the vertebral body without crowding the surgeon's hand. Stainless‑steel construction holds a clean cutting edge through repeated reprocessing.
Size 3 designation provides a larger oval cup for aggressive bone and disk material removal during primary diskectomy and laminectomy. The angled approach targets the superior and lateral vertebral surfaces. At 203mm working length, it accommodates extended posterior lumbar exposures.
The Bruns spinal curette features a Size 3 oval cup on a straight shaft, designed for controlled bone surface debridement and fragment removal during vertebral body curettage. The oval geometry distributes force across the curette face, minimizing trauma to adjacent bone and periosteum during spinal fusion and decompression work. The 203mm length provides excellent access to deep surgical planes.
Angled Bruns spinal curette, size 4, with an oval cup on a 203mm shaft for cancellous bone removal under overhanging lamina and around the foramen. The angled neck lets the surgeon reach beneath bony shelves that a straight curette cannot address, and the size 4 cup suits fine graft and disc work. Stainless steel construction tolerates repeat spine‑set sterilization.
Bruns spinal curette, size 4, features oval cup geometry in straight configuration for controlled curettage of bone and disc material at the vertebral endplate and foramen. The 203mm length supports stable hand positioning during vertebral body preparation. Stainless steel delivers reliable performance and lasting durability for repeated surgical use.
Angled Bruns spinal curette in size 5 with an oval cup over a 203mm shaft, splitting the difference between size 4 and size 6 for foraminal and lamina‑adjacent bone work. The angled geometry sweeps cancellous material from under bony overhangs that a straight curette cannot engage. Stainless steel construction supports repeat spine‑set reprocessing.
Bruns spinal curette in size 5 with a straight 203mm shaft and oval cup for precise cancellous bone work along the vertebral body and lamina. The slightly smaller cup compared with size 6 suits tighter foraminal recesses and graft preparation in narrower exposures. Stainless steel construction holds up across repeat spine‑set sterilization.
Straight Bruns spinal curette in size 6 with an oval cup, mounted on a 203mm shaft for cancellous bone curettage along the vertebral body and lamina. The oval cup geometry scoops bone graft and removes disc material with a defined working edge, while the straight profile supports direct‑access posterior approaches. Stainless steel construction endures repeat spine‑set reprocessing.
This spinal curette with size 6 and angled shaft and oval cup geometry curets vertebral bodies and intervertebral disc spaces during decompression and fusion procedures. The oval cup shape conforms to curved vertebral surfaces, while the angled approach improves access to posterior and posterolateral elements. Stainless steel construction tolerates sterilization.
This fast‑cut burr in 1.5mm diameter enables rapid removal of bone during dental and orthopedic procedures. The cutting flutes generate smooth bone removal without chatter, while the compact 1.5mm size navigates confined surgical spaces. Rapid material removal supports efficient case flow in high‑volume orthopedic environments.
The fast‑cut surgical burr measures 2.4 × 54mm and is designed for efficient bone removal in orthopedic procedures. Its cutting flutes are optimized for high‑speed handpiece use, enabling rapid cortical and cancellous bone engagement. The burr's robust cutting geometry supports extended operative time without rapid dulling.
This fast‑cut burr is designed for rapid bone removal and contouring in orthopedic and spinal surgery. The 2mm diameter and 54mm length optimize access to vertebral bodies, laminae, and lateral recess structures during decompression procedures. High‑speed burrs require secure fastening and reliable flute geometry for bone debris clearance.
This C-SlimLine retractor handle accepts modular blade attachments for flexible soft-tissue retraction during orthopaedic exposures. The stainless steel construction and standardized coupling allow quick blade exchange to match varying exposure requirements across different surgical approaches. The handle design supports prolonged comfortable grip during extended retraction.
This C‑SlimLine double‑hinged longitudinal retractor frame is engineered for compact, hands‑free abdominal wall retraction. The dual hinge mechanism maintains stable blade positioning while permitting lateral movement to optimize visual field throughout a case. Lightweight construction reduces operative fatigue compared to single‑hinge designs.
This C‑SlimLine double‑hinged transverse retractor frame accommodates bilateral self‑retaining retractor blades for wide abdominal exposure during midline or transverse laparotomy. The dual‑hinge geometry permits independent blade positioning and tension adjustment, supporting exposure of deeper viscera. Lightweight frame construction reduces fatigue during extended procedures.
The C‑SlimLine lateral retractor blade delivers a compact 40mm profile for exposing the operative field during lateral access procedures. Micro‑tooth geometry on the blade tip secures superficial and deep soft tissue against the lamina and periosteal layers without slipping. Titanium construction provides rigidity and corrosion resistance across many sterilization cycles, while the 50mm overall length fits within confined surgical spaces.
The C-SlimLine lateral retractor blade at 45 × 20mm features micro-tooth geometry for precision retraction of delicate lateral soft-tissue structures. Titanium construction supports reliable performance without added bulk. At 57mm handle length, it positions well for lateral-approach orthopedic procedures.
This 50 × 20mm C-SlimLine lateral retractor provides wider lateral coverage with micro-tooth pattern for secure retraction of fascial and tendinous layers. Titanium's inherent strength allows lightweight construction. The 60mm handle supports excellent positioning during lateral-access procedures.
The 55 × 20mm C-SlimLine lateral retractor delivers substantial lateral coverage with precision micro-tooth retraction for complex lateral surgical exposures. Titanium construction ensures lasting performance without excessive weight. The compact 55mm handle maintains excellent tactile control.
The largest C-SlimLine lateral retractor at 60 × 20mm provides maximum lateral-approach coverage with micro-tooth engagement for reliable retraction of broad soft-tissue and fascial planes. Titanium composition ensures lightweight durability. The 70mm handle extends well into deep fields.