The bone scraper "Buser" #1/2 in the F-LINE SUPER LIGHT handle design with the dimensions 3mm / 4mm enables the precise harvesting of autologous bone material. The instrument is double-ended for versatile use.
The double-ended bone scraper "Buser" #1/3 in the F-LINE SUPER LIGHT handle design has the dimensions 3mm / 5mm. It enables the efficient harvesting of autologous bone material.
The bone scraper "Buser" #2/3 is double-ended with the dimensions 4 mm / 5 mm. The instrument in the F-LINE SUPER LIGHT design enables the targeted harvesting of autologous bone material.
Bone scraper "Steigmann with working ends of 6.5 mm / 5.0 mm. For harvesting autogenous bone material. Double-ended in devemed F-LINE SUPER LIGHT handle.Application: The sharp working ends cut the cortical bone (bone cortex) into fine slices without great effort. For optimum sharpness, we recommend re-sharpening the working ends with an Arkansas stone after each use.
Bone Harvesting with Scrapers
Discover our high-quality selection of bone scrapers in our Dental Online Store, specifically designed for the efficient extraction of autologous bone material for subsequent augmentation. Our "Bone Scrapers" category includes a variety of instruments tailored to the needs of dentists and surgeons in the modern dental practice.
In this range, we offer:
Bone scrapers by Steigmann and Buser: These specially designed bone scrapers bear the names of renowned authors and are known for their precision and effectiveness in harvesting bone material. The Steigmann instrument is recognized for its fine handling and efficiency, while the Buser bone scraper is appreciated for its optimal adaptation to different surgical situations and bone structures.
Bone scrapers with replaceable blade: For maximum functionality and user-friendliness, we offer bone scrapers equipped with a replaceable blade. This allows for a continuously sharp blade for efficient bone material harvesting. Our bone scrapers are ideal for the gentle and effective removal of bone material directly from the patient, which can be used for subsequent bone augmentation. This process of autologous bone harvesting reduces the risk of rejection reactions and promotes successful healing and osseointegration.
