SI-BONE Inc
Gregory K. Hinckley has served as a member of the board of directors since January 2011. In 2017, Mr. Hinckley retired as president of Mentor Graphics Corporation, a leader in electronic design automation, after serving in that role for nearly 20 years. Prior to Mentor, Mr. Hinckley held senior officer positions with VLSI Technology, Crowley Maritime and Bio-Rad Laboratories, and is currently serving on the board of directors for Bio-Rad as the lead director. Mr. Hinckley also serves as trustee of Claremont McKenna College and Portland State University where he is Chair of the board. In past years, he served as a director for several other publicly traded companies including Intermec Corporation, OEC Medical, Amkor Technology, Escagenetics and Super Micro Computer. In 2011, Mr. Hinckley was named Oregon Technology Executive of the Year; and in 2013, he was named an Honorary Professor of Electronic Engineering and Computer Science by the Nottingham University in Ningbo, China. Mr. Hinckley received a Bachelor of Arts degree in physics from Claremont McKenna College and was a Fulbright Scholar in applied mathematics at Nottingham University in Nottingham, England. In addition, he holds a Master of Science in applied physics from University of California, San Diego, and an M.B.A. from Harvard Business School.
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SI-BONE Inc
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SI-BONE, Inc. is focused on development of medical devices. The Company is engaged in the development, manufacture and commercialization of minimally invasive surgical devices for the treatment of patients with low back symptoms related to certain sacroiliac (SI) joint disorders. The Company offers iFuse Implant System, which provides a minimally invasive surgical solution to fuse the SI joint using patented triangular titanium implants that create an interference fit within the ilium and sacrum. The triangular implant shape, combined with the press fit insertion, is designed to provide fixation by minimizing rotational motion. The implants has a porous surface that provide an environment for bone ongrowth and ingrowth, facilitating long-term fusion of the joint. The iFuse Implant System is intended for sacroiliac fusion for conditions, including sacroiliac joint dysfunction that is a direct result of sacroiliac joint disruption and degenerative sacroiliitis.