Bone Vac
autologous bone dust collector
Conveniently collects drilled bone dust for use as autograft material during ortho/spine, cranial, otology or other procedures where bone regeneration is desired.
Capture the gold
Our Bone Vac helps provide the regenerative benefits of gold standard, autologous bone with a simplicity you’ll like. Compatible with your existing drill, standard surgical suction and workflow, the Bone Vac is a golden opportunity to quickly capture autologous bone for use in grafting.
Distinct value
- Collectable
- Workflow efficient
- Simple
- Cost conscious
Reimagine what's possible
Collectable
- Compatible with existing drill and standard surgical suction tubing, tip and source
- 13cc capacity filter can be used multiple times during case to capture all available bone dust
Simple
- Orientation independent; no need to keep upright
- Cleanly ejects all collected material via plunger
- Malleable hydrated bone with putty-like consistency enables efficient shaping and placement
Workflow efficient
- Quick connect end caps minimize suction interruption when filter is removed
- Disposable; no added cleaning/manpower
- Double sterile barrier packaging with point-of-use assembly instructions enhances setup and usability
- Sterile field drape clip and 4ft flexible tubing provide security and freedom of movement
Cost conscious
- Can reduce use of additives
- Equipment compatibility limits capital expenses
Good as gold
Viable autologous bone dust
Bone dust can contain viable bone-forming cells, even after drilling1-6
Explore the data
With autologous, viable cells and regenerative nature, drilled bone dust can be a valuable adjunct to other bone growth agents. Click below to view just some of the data reflecting its osteogenic, osteoinductive and osteoconductive potential.1-6
Visit StrykerGoodAsGold.com for objective clinical evidence
Osteoblast related genes from adherent cells from bone pate fragments2
- Gao, R. et al. "Human Spinal Bone Dust as a Potential Local Autograft." Spine. (2018): 43.4
- Roth, A. et al. "Improved Autologous Cortical Bone Harvest and Viability With 2Flute Otologic Burs." The Laryngoscope. (2017)
- Gupta, A. et al. "Comparison of Osteogenic Potential of Calvarial Bone Dust, Bone Fragments, and Periosteum." The Journal of Craniofacial Surgery. (2009)
- Shad, A. et al. "Use of the Solis cage and local autologous bone graft for anterior cervical discectomy and fusion: early technical experience." Journal of Neurosurgery Spine. (2005)
- Patel, V. et al. "Histologic Evaluation of High Speed Burr Shavings Collected During Spinal Decompression Surgery." (2009)
- Ichiyanagi, T. et al. "Isolation of mesenchymal stem cells from bone marrow wastes of spinal fusion procedure (TLIF) for low back pain patients and preparation of bone dusts for transplantable autologous bone graft with a serum glue." BioScience Trends. (2010)
D0000050747 Rev. AA