PRNewswire01.08.21
CrossRoads Extremity Systems has announced the launch of its 4-D minimally-invasive DynaBunion Lapidus System for surgical bunion repair. This system enables surgeons to restore normal foot anatomy by realigning and fusing the bones in four different dimensions through small incisions.
The original Lapidus procedure is a technically demanding operation that requires a surgeon to simultaneously hold small bones in three-dimensional alignment while inserting surgical hardware to maintain the positioning. Surgical assistants are frequently required to manage the procedure.
"Our design surgeons mentioned the need for more hands during a Lapidus," said Chad Hollis, CrossRoads VP of Research & Development, "Our challenge was designing simple instrumentation to solve this multi-dimensional problem. Additionally, we recognized that Lapidus is actually a four-dimensional procedure. Not only should the bones be aligned, but they must be compressed together to ensure a solid fusion. Thankfully, we have a proven Staple Compression Plate technology that neatly addresses that fourth dimension."
CrossRoads offers the proprietary DynaForce Staple Compression Plates that provide continuous compression to facilitate bone fusion.
"One key to the success of the DynaBunion System was our acquisition of Surgical Frontiers in 2019," said Vernon Hartdegen, CrossRoads CEO, "That patent portfolio, in combination with our staple compression plate technology and engineering competencies, has enabled us to deliver what we believe is a breakthrough for faster bunion healing."
CrossRoads also provides the MINIbunion minimally-invasive bunion correction system that can deliver a walking recovery for patients with less severe bunions.
"Surgeons can now offer bunion sufferers two minimally-invasive surgical options," commented senior product manager Scott Renner, "To educate patients about these procedures, we host the website miniBunion.com. The website illustrates these complex surgical concepts to help patients understand the benefits of these procedures compared to traditional approaches."
The original Lapidus procedure is a technically demanding operation that requires a surgeon to simultaneously hold small bones in three-dimensional alignment while inserting surgical hardware to maintain the positioning. Surgical assistants are frequently required to manage the procedure.
"Our design surgeons mentioned the need for more hands during a Lapidus," said Chad Hollis, CrossRoads VP of Research & Development, "Our challenge was designing simple instrumentation to solve this multi-dimensional problem. Additionally, we recognized that Lapidus is actually a four-dimensional procedure. Not only should the bones be aligned, but they must be compressed together to ensure a solid fusion. Thankfully, we have a proven Staple Compression Plate technology that neatly addresses that fourth dimension."
CrossRoads offers the proprietary DynaForce Staple Compression Plates that provide continuous compression to facilitate bone fusion.
"One key to the success of the DynaBunion System was our acquisition of Surgical Frontiers in 2019," said Vernon Hartdegen, CrossRoads CEO, "That patent portfolio, in combination with our staple compression plate technology and engineering competencies, has enabled us to deliver what we believe is a breakthrough for faster bunion healing."
CrossRoads also provides the MINIbunion minimally-invasive bunion correction system that can deliver a walking recovery for patients with less severe bunions.
"Surgeons can now offer bunion sufferers two minimally-invasive surgical options," commented senior product manager Scott Renner, "To educate patients about these procedures, we host the website miniBunion.com. The website illustrates these complex surgical concepts to help patients understand the benefits of these procedures compared to traditional approaches."
