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This larger 5mm round diamond burr enables broader corneal surface debridement and uniform stromal abrasion during extended therapeutic keratotomy and superficial keratectomy procedures. The 20.5mm length maintains consistent engagement while the round profile distributes pressure evenly across the surgical site. Reusable construction supports efficient long-term use.
Features & Benefits
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.
The 10mm micro oscillating saw blade at 18.5mm overall length cuts through cortical bone under power during fine orthopedic osteotomy and small‑bone arthroplasty. The compact format suits microsurgical sagittal saw handpieces.
The Micro Oscillating Saw Blade scales up to 10mm width and 35mm length for intermediate-scale bone sectioning in orthopedic procedures targeting vertebral bodies, lamina, and periosteal work. Stainless steel construction delivers reliable cutting performance across repeat sterilization cycles.
This micro oscillating saw blade measures 5.5mm across and 14mm in total length, designed for fine precision cutting of cortical bone in limited surgical fields and around sensitive neurovascular structures. The oscillating motion generates minimal vibration compared to rotating burs, allowing surgeons to work closer to periosteum and joint capsule without tearing adjacent soft tissue. Stainless steel construction maintains blade integrity across multiple cases.
The Micro Oscillating Saw Blade measures 5.5mm wide and 18.5mm overall length, providing precision cutting geometry for fine bone work in confined orthopedic surgical spaces. Stainless steel construction ensures cutting edge retention across repeated use in vertebral body and laminal procedures.
Sized at 0.4 × 5.5 × 25.5mm with a 4 × 5 tooth pattern, this oscillating saw blade cuts through cortical bone under power during orthopedic osteotomy and arthroplasty. The narrow kerf preserves bone stock, and the defined tooth count delivers consistent cut quality across the working face.
This sagittal saw blade with 0.5mm thickness and 11 × 41mm profile enables precise linear bone cuts during orthognathic and jaw‑reconstruction procedures. The ultra‑thin blade minimizes cortical crush and chip loss, supporting reproducible geometry during sagittal split and segmental osteotomy. Stainless steel construction endures cutting forces without deflection.
This 6.5mm sagittal saw blade at 25.5mm overall length cuts through cortical bone under power during orthopedic osteotomy and joint replacement. The narrow blade preserves bone stock, and the compact length suits standard sagittal saw handpieces.
Sized at 6 × 34 × 0.4mm, this sagittal saw blade is built for reciprocating cuts through cortical bone in arthroplasty and trauma osteotomies. The 0.4mm kerf preserves bone stock while the 34mm cut length suits femoral and tibial preparation. Stainless steel construction and single‑use packaging keep edge geometry consistent from case to case.
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