SUPREMO · Bone Harvesting Bone Scraper & Handle A high-performance autogenous bone harvesting instrument combining cutting precision with a robust, ergonomic handle for a secure grip. The SUPREMO Bone Scraper collects particulate cortical bone directly from intraoral donor sites — preserving graft cell vitality for predictable bone reconstruction outcomes. Available as scraper tips (box of 3) or paired with your choice of Curved or Straight Handle, purchased separately. Autogenous Bone Harvesting Curved & Straight Handle Options Fully Reusable · Autoclavable Patent Pending Clinical Insight What clinicians are saying Real-world feedback from implantologists and oral surgeons using the SUPREMO Bone Scraper in their bone grafting workflows. "Autogenous bone is still my first choice for filling small defects around implants, and the SUPREMO scraper makes intraoral harvesting genuinely efficient. The handle gives you real control — you can feel the blade engage the cortical surface cleanly. In a ramus harvest, I'm collecting a usable volume of particulate in a few minutes, and the graft goes straight into the site mixed with blood, ready to place." Autogenous Bone · Ramus Harvest · Intraoral Donor Site "The replaceable tip design is practical — I keep the handle on the tray and swap to a fresh tip when the edge starts to dull. That consistency in cutting sharpness across a longer procedure is something you don't get with a single fixed-blade instrument. For ridge augmentation cases where I need to mix autogenous chips with a xenograft, this is the harvesting instrument I reach for." Ridge Augmentation · Replaceable Tip · Mixed Graft Protocol Product Video See the Bone Scraper in action A closer look at the SUPREMO Bone Scraper technique and handling. Indications When to use the Bone Scraper Suited to any procedure where autogenous particulate bone is needed — from small peri-implant defects to larger augmentation sites requiring a mixed graft strategy. Autogenous Bone Harvesting — Intraoral collection of particulate cortical bone from donor sites including the mandibular ramus, symphysis, and retromolar area — without a separate donor-site surgery. Horizontal & Vertical Ridge Augmentation — Harvested bone chips can be used alone or mixed with bone substitutes (xenograft or allograft) to enhance osteoinductive potential at the augmentation site. Peri-implant Defect Filling — Small volumes of autogenous bone chips can be used to fill dehiscence or fenestration defects around implants, supporting re-osseointegration and new bone formation. Socket Grafting & Ridge Preservation — Autogenous particulate collected at the time of extraction can be placed immediately into the socket to preserve ridge dimensions and support future implant placement. Sinus Floor Augmentation — Autogenous chips mixed with bone substitute can be used as a sinus graft material, providing an osteoinductive component to support new bone formation in the sinus floor. GBR Membrane Support — Autogenous particulate placed beneath a resorbable or non-resorbable membrane provides osteoinductive stimulus and supports the space maintenance required for guided bone regeneration. Design Designed for control, precision, and efficient collection Every detail — from the tip locking mechanism to the textured ergonomic handle — is built to give the surgeon confident, fatigue-free harvesting throughout the procedure. Tip Design Secure lock-in tip connection The scraper tip locks firmly into the handle with a simple twist — Lock and Open positions clearly marked for fast, confident tip changes at the surgical tray. The secure connection prevents tip movement during scraping strokes, maintaining cutting precision throughout the harvest. Bone Collection Particulate bone — captured & ready to place Each scraping stroke shaves cortical bone into fine particulate chips that automatically collect inside the tip's integrated storage compartment. This built-in chamber safeguards the harvested material from intraoral loss, maintaining high biological plasticity when mixed with coagulated blood. Clinical Use Efficient intraoral harvesting The scraper engages the cortical bone surface directly at the surgical site — eliminating the need for a separate donor-site incision. The textured grip handle provides positive control during scraping strokes, reducing hand fatigue and maintaining consistent pressure across the cortical surface. Purchase Options Available separately — tips & handles The Bone Scraper tip and handle are sold as individual items. Select the handle style that suits your technique, and add scraper tips as needed. Bone Scraper Tips (3/box) • Scraper Tips Only • Reusable — Up to 5 surgical uses per tip • Compatible with Curved & Straight Handles Curved Handle • Handle Instrument Only • Reusable & Autoclavable Premium Grip • Angled profile for optimal posterior access Straight Handle • Handle Instrument Only • Reusable & Autoclavable Premium Grip • In-line profile for direct anterior harvesting Note: Handles and tips must be ordered separately to assemble a complete functional system. Each stainless steel scraper tip is completely autoclavable and recommended for approximately 5 surgical uses (yielding up to 15 total uses per box of 3). Specifications Technical specifications Device type Autogenous bone harvesting instrument Application Manual intraoral cortical bone scraping — particulate bone collection for grafting procedures Handle options Curved Handle · Straight Handle (Indefinitely reusable & autoclavable) Scraper tips packaging 3 units per box (Each individual tip is reusable for approx. 5 surgical uses) Manufacturer SUPREMO Origin Made in Brazil Clinical Tips Getting the most from the Bone Scraper Practical guidance for efficient autogenous bone collection and graft handling. 1 Choose the handle for your access route. The Curved Handle suits posterior and lateral donor sites — the angled profile keeps the wrist in a neutral position during ramus or retromolar harvesting. The Straight Handle is preferred for anterior sites and cases where direct, in-line access to the cortical surface is easier to maintain. 2 Confirm the tip is locked before applying the scraper. Rotate the tip to the Lock position and confirm it is fully seated in the handle before engaging the cortical surface. A loose tip shifts under scraping pressure, reducing control and chip consistency. The Lock/Open markings on the tip make this check fast at the surgical tray. 3 Harvest close to the defect where access allows. Intraoral donor sites adjacent to the recipient site — retromolar area, ramus, or local cortical surfaces — minimise operative time and eliminate the need for a separate donor-site incision. Harvesting close to the defect also reduces the time bone chips are outside the body, helping preserve cell vitality. 4 Collect the graft with coagulated blood — place promptly. Bone chips mixed with blood display high biological plasticity and are easy to mould to the defect geometry. Keep harvested material in a sterile dish covered with a saline-dampened gauze and transfer to the recipient site as soon as the surgical field is prepared — do not allow chips to dry out before placement. 5 Monitor cutting efficiency and reuse parameters. Each premium stainless-steel tip is engineered to be autoclavable and reusable for up to 5 surgical cases. However, if cutting resistance increases significantly mid-procedure, it indicates the edge has dulled. Rotate to a fresh tip from the box of 3 using the quick Open/Lock mechanism to maintain consistent cutting pressure and chip morphology. ⚠ Clinical Notice: The SUPREMO Bone Scraper is intended for use by trained oral surgeons and implantologists in autogenous bone harvesting procedures. Confirm the tip is in the Lock position before each use. Both the premium handle and the scraper tips must be thoroughly cleaned and autoclaved between patient uses in accordance with the manufacturer's sterilisation instructions (Do not exceed recommended reuse limits per tip). Follow AS/NZS infection control guidelines for all surgical instruments.
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