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Real solution.

“The tool we developed combines the two existing tools into a single unit,” says design engineer Richard Franks. “As the surgeon squeezes two handle pieces together, the ratchet tightens the screws.” The engineers produced a working polycarbonate ratchet strong enough to withstand testing on stainless steel set-screws and durable enough to survive an autoclave. In addition, says senior engineering manager Troy McDonald, “Surgeons are really rough on these prototypes while trying them out, so we have got to have tough material. FDM gave us the strength and durability we needed.”
“These models give us the best opportunity to re-create human physiologic conditions…”
Jeremy Garrard, director of design and advanced technologies, Quadpack Industries
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Perfecting surgical skills with Tissue Matrix

Real Challenge

As heart surgeries become increasingly intricate and complicated, planning patient-specific care for challenging cases has become more difficult using traditional methods. “When you are dealing with a complex situation where different organ systems are abnormal, each one needing its own specialist team with real-time decision making at the time of surgery, it becomes very difficult to coordinate, plan and make decisions,” said Rajesh Krishnamurthy, M.D., section chief of radiology research at Texas Children’s Hospital.
Stratasys 3D Printers Homepage
Perfecting surgical skills with Tissue Matrix

Real Challenge

As heart surgeries become increasingly intricate and complicated, planning patient-specific care for challenging cases has become more difficult using traditional methods. “When you are dealing with a complex situation where different organ systems are abnormal, each one needing its own specialist team with real-time decision making at the time of surgery, it becomes very difficult to coordinate, plan and make decisions,” said Rajesh Krishnamurthy, M.D., section chief of radiology research at Texas Children’s Hospital.