Bone Vac
autologous bone dust collector
Conveniently collects drilled dust for use as autograft material during procedures where bone regeneration is desired.
Capture the gold
Our Bone Vac helps you 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 fusion procedures.
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 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 non-autologous biologics
- 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
Osteoblast related genes from adherent cells from bone pate fragments2
Bone Mill+
Learn moreContact us
Fields marked with a * are required..
Thank you!
- 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)
NS-BV-SYK-1007454_REV-0