Introducing the OsseoPulse™ Bone Regeneration System.
A revolutionary technology that lets you accelerate bone regeneration and allows you to load dental implants in half the time.
Shorten treatment times
Minimize early failures due to loss of stability
Earlier loading
Directly accelerate regenerative process of bone
Compatible with your existing implant systems
Treat single or multiple sites with use of additional treatment array
BIOLUX proven light treatment technology harnesses and accelerates the natural regenerative ability of osteoblasts and other cells involved in osseointegration.
Our published clinical research demonstrates that a once a day treatment by the patient at home, for 21 days can decrease time to integrate by up to 58% 1.
Virtually eliminates the progressive loss of stability most implants typically experience in the early weeks after placement.
OsseoPulse treatment delivers energy directly to the wound and osteotomy to accelerate early wound healing and bone regeneration.
Cellular studies have shown that OsseoPulse treatment increases fibroblast and osteoblast proliferation compared to control 2,3.
OsseoPulse technology targets energetic photons to the traumatized and ischemic surgical site. This photo energy is converted to chemical energy (ATP) in the mitochondria.
Comfortable headset, lightweight, low profile
Soft nose and earpieces for individual comfort
Flexible headset and array positioning to fit range of patients
As easy to wear as glasses
Handsfree operation during treatment
Cable management incorporated into headset
Supports up to four arrays for complex treatment plans
Lightweight controller, handsfree operation during treatment
Support two arrays for simultaneous treatment of two surgical sites
Simple, intuitive user interface for dentist to select protocol and program treatment plan
One button operation for the patient
Counts down time and treatment sessions for patient awereness
Automatically turns off array if it is removed during operation
Harnessing the power of the Photon
Cytochrome c oxidase present in mitochondria have the ability to absorb OsseoPulse photons and convert this EMF energy into chemical energy (ATP)4.
The wounded tissue and bone around the implant is ischemic and hematopoetic. Precursor cells and fibroblasts have decreased ATP levels and decreased metabolism.
OsseoPulse treatment delivers energy to the cells directly to increase production of ATP which accelerates wound healing and bone formation.
References
1 Brawn P, Kwong-Hing A, Boeriu S and Clokie CM,
Accelerated lmplant Stability After LED Photobiomodulation,
J Dent Res 87(Spec lss 8):2021 , 2008
2 Khadra M and Brawn P,
Determining Optimal Dose of Light Emitting Diode Phototherapy for
Proliferation of Human Oral Fibroblasts,
Biolux Research White Paper
3 Khadra M, Kasem N, and Brawn P,
Phototherapy Promotes Attachment and Subsequent Proliferation of Human
Osteoblast-Like Cells,
J Dent Res 87(Spec lss B):3308, 2008
4 JT Eells et al,
Mitochondrial SignalTransduction in Accelerated Wound and Retinal Healing
by Near-lnfrared Light Therapy, Mitochondrion 2004; 4:559-567
