Your cart is empty!
Purpose‑built for LASEK flap handling, the Sloane epithelial flap repositor carries a gently curved spatula tip with beveled smooth edges to lift and reseat the loosened epithelium without tearing. The curvature follows the corneal contour, allowing the surgeon to slide under the flap edge and reposition it cleanly after ablation.
Features & Benefits
Small depth gauges measure intramedullary screw depth up to 50mm, perfectly sized for hand surgery, wrist, and ankle fixation where full‑length instruments prove unnecessary. The 159mm overall length provides stable positioning while maintaining compact field presence, and the straightforward gauge scale improves intraoperative readability. Reusable stainless steel supports repeated clinical use.
This small depth gauge measures cortical screw paths up to 60mm for 2.7, 3.5, and 4mm screw diameters used in small‑bone fixation. The screw‑on cap protects the calibrated tip during instrument tray cycling, and the straight 159mm body delivers a stable reference axis as the hook seats against the far cortex. Stainless‑steel construction preserves the scale's legibility through repeat reprocessing.
This straight osteotome features a 16mm wide blade with graduated markings, allowing precise depth control during bone sculpting and fracture reduction. At 185mm overall length, it supports comfortable hand positioning in confined orthopaedic spaces. Stainless steel construction maintains sharpness and edge integrity across repeated sterilization and clinical use.
Configured for arthroscopic and open knee exposure, the Smillie knee retractor presents a 13 × 55mm reverse‑curve blade that hooks behind the femoral condyle to lift soft tissue away from articular cartilage. The T‑handle distributes pulling force across the palm, and the 140mm overall length keeps the surgeon's hand outside the joint capsule. Stainless‑steel construction holds the blade contour through repeat reprocessing.
Smillie knives deliver chisel-edge cuts during meniscal and small joint orthopedic work. This straight 172mm blade carries a chisel-type cutting edge for measured passes through fibrocartilage and articular tissue. Stainless steel construction holds the edge across repeat reprocessing between cases.
The Smillie meniscus knife, left curved, delivers controlled arthroscopic meniscal tissue cutting and shaping within the knee joint capsule and articular planes. The 172mm length supports precise blade control during cartilage trimming and removal. Stainless steel ensures reliable performance for repeated arthroscopic cases.
The Smillie meniscus knife, curved right with 171mm length, enables controlled meniscal tissue incision and rim resection during arthroscopic and open meniscal procedures. Curved geometry facilitates approach to the peripheral and central meniscal margins while the acute working edge generates clean incisions without tearing healthy cartilage. Right-hand orientation suits standard right-handed surgical approach.
Sized for tighter joint corners, this Smillie retractor features an angled 19 × 30mm blade that lifts capsule and periarticular soft tissue away from articular cartilage. The T‑handle provides a balanced cross‑grip for steady traction, and the 140mm overall length matches the shallow geometry of small‑joint work. Stainless‑steel construction supports edge contour through repeat reprocessing.
An angled 19 × 45mm blade on this Smillie retractor seats against the joint margin to lift capsule and synovium clear of the working field. The T‑handle gives the surgeon a stable cross‑grip for sustained traction, and the 140mm length preserves hand clearance over articular cartilage. Stainless‑steel construction tolerates the lateral loading of knee retraction across repeat cases.
A fully curved‑down 13 × 18mm blade on this Smillie retractor wraps around the femoral condyle to lift overlying soft tissue away from articular cartilage during knee work. The T‑handle delivers controlled traction across the palm, and the 140mm length keeps hands clear of the joint surface. Stainless‑steel construction holds the curved contour through repeat sterilization.
Smith‑Peterson laminectomy rongeurs are engineered for precise laminar and foramen bone removal with a 3mm × 16mm bite footprint that balances precision with cutting efficiency. The spring handle absorbs impact and reduces hand fatigue during multiple strokes through dense vertebral structures, and the standard curve positions the jaw perpendicular to the spinal midline. The 241mm length provides stable control during deep cervical and lumbar access. Stainless steel maintains durability.
The Smith-Peterson laminectomy rongeur, straight with 3 × 16mm bite and spring handle, provides rapid laminar bone and ligamentum flavum removal during spinal decompression procedures. Larger bite capacity expedites bone removal, while spring-return mechanism enables rhythmic cutting without hand fatigue. Extended 241mm length facilitates access to deep cervical, thoracic, and lumbar exposures.
This Smith‑Peterson osteotome combines a 4mm blade with hollow handle and extended 220mm length for fine bone work in confined spinal and hand surgery spaces. The narrow blade penetrates dense cortical bone with precision, while the hollow handle reduces fatigue during meticulous osteotomy and fusion work. Stainless steel construction ensures edge retention across repeated procedures.
The Smith‑Peterson osteotome's 5mm blade with hollow handle provides versatile cutting geometry for spinal fusion, metaphyseal osteotomy, and moderate-depth bone preparation. The 220mm extended length improves reach in deep surgical exposures, while the hollow construction reduces hand strain during sustained operative time. Stainless steel edges maintain sharpness across multiple surgical cases.
This Smith‑Peterson osteotome delivers a 6mm blade with hollow handle and extended 220mm length for controlled bone removal in spinal and orthopedic trauma work. The moderate blade width balances cutting authority with precision, while the hollow handle and extended length accommodate deep exposures and sustained surgical procedures. Stainless steel edges resist dulling during cortical bone engagement.
Smith self‑retaining rectal retractor features swivel blades measuring 70 × 22mm that adjust to optimal angles without manual repositioning. The four‑inch maximum spread provides controlled exposure of rectal and lower colorectal fields while the self‑retaining mechanism reduces assistant fatigue. Reusable stainless‑steel construction supports reliable performance.
At 25mm wide, this curved Smith-Peterson gouge delivers broad bone removal along the spinal curve, particularly effective for bilateral facetectomy and decompression. The gentle curvature and 200mm length support controlled, sustained work around complex laminar and articular anatomy. Stainless steel construction ensures lasting reliability across routine sterilization.
The 32mm curved Smith-Peterson gouge represents the broadest curved-profile instrument for comprehensive bone removal along spinal contours during extensive decompression. Its gentle curve and 200mm length optimize reach along lamina, facets, and posterior elements. Stainless steel durability ensures reliable performance across many clinical cycles.
The curved Smith-Peterson gouge at 13mm width removes bone along curved spinal surfaces, including facet joints and articular margins. Its gentle curve improves access to contoured bony anatomy, and the 200mm shaft supports controlled excavation during facetectomy and joint preparation. Stainless steel durability ensures reliable sterilization cycles.
This curved Smith-Peterson gouge in 6mm width delivers controlled bone removal along curved surfaces and articular cartilage margins. The gentle curve and 200mm length improve approach geometry to complex bony landmarks like lamina and facet joints. Stainless steel construction withstands routine sterilization while maintaining reliable bone-cutting performance.
Smith‑Peterson gouge, curved 6mm wide head, scoops bone and removes articular cartilage during joint reconstruction and skeletal sculpting. The curved blade contours to complex joint surfaces and vertebral geometry. The 200mm length enables stable control in deep surgical fields.
This curved Smith-Peterson gouge in 19mm width removes bone along broader spinal curves, including posterior elements and facet complexes. The gentle curve improves trajectory to deep laminar and transverse process anatomy, and the 200mm length supports sustained controlled work. Stainless steel durability ensures reliable performance across many clinical cases.
The Smith-Peterson gouge, featuring a 10mm curved head and 203mm overall length, provides controlled cortical and cancellous bone removal with a curved blade geometry that reduces adjacent tissue trauma. Gouge configuration creates cup-shaped defects suited to bone grafting and vertebral reconstruction. Curved orientation facilitates controlled penetration into confined spinal and articular zones.
At 16mm wide, this curved Smith-Peterson gouge channels bone removal along substantial curved surfaces, particularly around facet joints and vertebral arches. The gentle curve and 200mm length optimize approach geometry during complex spinal decompressions. Stainless steel composition sustains high-temperature sterilization without edge degradation.
At 25mm wide, this straight Smith-Peterson gouge channels bone removal at maximum width for substantial vertebral body and graft-site preparation. The gouge profile evacuates bone chips continuously, and the 200mm length supports stable stroking mechanics. Stainless steel composition ensures lasting reliability across many surgical cycles.
The Smith-Peterson gouge at 32mm width represents the broad-profile instrument for comprehensive vertebral body and graft-site bone removal during extensive reconstruction. Its gouge geometry channels large bone volumes, and the 200mm length supports sustained, controlled work. Stainless steel durability ensures reliable performance across repeat clinical use.
This Smith-Peterson gouge at 13mm width maintains its straight cutting profile for channeled bone removal from larger defects and graft sites along the spine. The 200mm length and straight geometry deliver stable, controlled excavation during bone grafting and vertebral body preparation. Stainless steel construction sustains high-temperature sterilization protocols.
The Smith-Peterson gouge in 19mm width provides broad, straight bone removal for major vertebral body and graft-site clearing. The gouge profile channels bone efficiently, and the 200mm shaft supports controlled, sustained work during large-scale reconstruction. Stainless steel construction maintains edge sharpness across repeat sterilization.
The Smith-Peterson gouge in 10mm width and straight configuration channels bone removal from grooves and recesses along articular surfaces and vertebral bodies. The straight blade and 200mm length provide direct access during bone grafting and endplate preparation. Stainless steel composition withstands repeated sterilization without loss of cutting edge integrity.