One Minute Extractions™ , the highly predicable, atraumatic result, produced by using Physicsforceps™ and applying the One-Minute Extraction Technique™. Reduce the time and stress associated with tooth extractions for both dentists and patients with One-Minute Extractions. Physicsforceps is an innovative instrument useful for achieving atraumatic extractions. Its unique design delivers a powerful mechanical advantage by employing an efficient first-class lever.

“Dentists who refer out extractions do so predominately because of stress, unpredictability and the potential for tooth fracture. With Physics Forceps® and The One Minute Extractions® Technique dentists will convert extraction procedures into a fast, pleasant and routine procedure that offers a high margin, predictability, and a result that will pleasantly astonish their patients”.

Richard Golden, D.D.S.
Visionary & Inventor of Physics Forceps®

Both Reganform ® and Regenafil ® contain demineralized bone matrix (DBM), also known as DFBA (demineralized freeze-dried bone allograft). which, through osteoinduction provides for the formation and development of bony tissue. Regenaform also contains non-demineralized cortical cancellous bone chips, which provide for osteoconductivity. DBM from each donor is implanted in a scientifically-proven in vivo rat model to confirm inductivity (Urist's standard model). Only material that is demonstrated by its history to exceed minimum osteoinductive standards is used. That means predictable performance.

Both Regenaform and Regenafil contain demineralized bone matrix (DBM), also known as DFDBA (demineralized freeze-dried bone allograft), which, through osteoinduction provides for the formation and development of bony tissue.(1)1 Regenaform also contains mineralized cortical cancellous bone chips, which provide for osteoconductivity.(2)

DBM from each donor is implanted in a scientifically-proven in vivo rat model to confirm inductivity (Urist’s standard model). Only material that is demonstrated by its histology to exceed minimum osteoinductive standards is used. That means predictable performance.

References
1. Urist M.R. Bone: Formation by Autoinduction. Science, 1965. 150(3698): pp. 893-999.
2. Goldberg V., et al., Biology of autografts and allografts. In Bone and Cartilage
Allografts: Biology and Clinical Applications. Edited by V. Goldberg and G. Friedlaender. Park Ridge, IL, American Academy of Orthopaedic Surgeons, 1989, p. 3.

Founded in 1984, Criticare Systems, Inc. is an international medical device company headquartered in Waukesha, Wisconsin. Unlike many companies its size, CSI develops, markets, and distributes a wide range of patient monitoring devices that incorporate technological innovation and cost-containment features. The company's products address patient safety concerns and monitoring needs in anesthesia, critical care, respiratory care, transport, and outpatient care environments. Comprehensive customer support, economical rental ownership programs, prompt equipment service and technical support programs make even its most advanced systems affordable and consistently productive. Criticare Systems, Inc. has established product and technological leadership in anesthetic gas monitoring, vital signs monitoring, gas and agent analysis, and central station monitoring systems