DESCRIPTION
provide healthcare organizations with "End Use Products" at a commercial scale utilizing additive manufacturing. We are currently working with several biomedical engineering departments in hospitals across Canada to integrate our solution as a tool they can avail of for keeping legacy equipment alive and creating novel products for use.
create a return on investment tool regarding AMaaS solutions for End Use Health Care Products. The value metrics in this tool should not simply compare price differentials of MSRP, but show calculated time saved, appointments saved, equipment hours recouped, quantify simplification of procurement process, and better health outcomes. It should show clients their materials consumption, ecological footprint, and engagement levels. Along with how their individual metrics play into the community and ecosystem of organizations using healthcare 3D printing.
create a return on investment tool regarding AMaaS solutions for End Use Health Care Products. The value metrics in this tool should not simply compare price differentials of MSRP, but show calculated time saved, appointments saved, equipment hours recouped, quantify simplification of procurement process, and better health outcomes. It should show clients their materials consumption, ecological footprint, and engagement levels. Along with how their individual metrics play into the community and ecosystem of organizations using healthcare 3D printing.
Amaas Return on investment
PUBLISHED ON
Mar 17 2022
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EQUIPMENT
LICENSE
Creative Commons - Attribution
Linked to Project Proposal:
None
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