Xtant Medical was awarded two grants totaling US $0.15MM from the Montana Department of Commerce to support growth at Bacterin’s orthobiologic processing facility. Bacterin is a wholly-owned subsidiary of Xtant Medical.
The Big Sky Economic Development Trust Fund offered up to $90,000 to help with the purchase of additional processing equipment, while the Primary Workforce Training Grant awarded $65,000 directly to Bacterin in support of new jobs.
Past state support has included:
$0.2MM grant from the Montana Board of Research and Commercialization Technology (MBRCT) to support a novel regenerative medicine technology (2014)
$0.1MM grant from MBRCT develop next-gen demineralized bone matrix allografts (2015)
Furthermore, in 4Q15, Bacterin and the Montana State University Department of Mechanical and Industrial Engineering co-developed a 3D printer that can prototype custom, resorbable bone grafts for reconstructive procedures.
Xtant Medical was awarded two grants totaling US $0.15MM from the Montana Department of Commerce to support growth at Bacterin's orthobiologic processing facility. Bacterin is a wholly-owned subsidiary of Xtant Medical.
The Big Sky Economic Development Trust Fund offered up to $90,000 to help with the purchase of additional processing...
Xtant Medical was awarded two grants totaling US $0.15MM from the Montana Department of Commerce to support growth at Bacterin’s orthobiologic processing facility. Bacterin is a wholly-owned subsidiary of Xtant Medical.
The Big Sky Economic Development Trust Fund offered up to $90,000 to help with the purchase of additional processing equipment, while the Primary Workforce Training Grant awarded $65,000 directly to Bacterin in support of new jobs.
Past state support has included:
$0.2MM grant from the Montana Board of Research and Commercialization Technology (MBRCT) to support a novel regenerative medicine technology (2014)
$0.1MM grant from MBRCT develop next-gen demineralized bone matrix allografts (2015)
Furthermore, in 4Q15, Bacterin and the Montana State University Department of Mechanical and Industrial Engineering co-developed a 3D printer that can prototype custom, resorbable bone grafts for reconstructive procedures.
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