MAQUET Medical Systems USA and MAQUET Cardiovascular officials announce the launch of the MIRA-i CS Retractor System, an innovative, modular system designed to provide unsurpassed cardiothoracic access during minimally invasive revascularization procedures. The MIRA-i CS Retractor features a unique, pivoting mechanism that maximizes access and visibility through the smallest of incisions, thus avoiding the need for a sternotomy with its associated risks and complications.
"The MIRA-i CS Retractor is an important addition to our cardiac surgery offering that may allow physicians to improve their practice and help patients quickly return to their normal daily routine," states Raoul Quintero, president and chief executive officer of MAQUET Medical Systems USA. "The use of the MIRA-i CS Retractor during revascularization procedures may reduce post-operative discomfort and lead to a shorter recovery process, faster healing, fewer infections and less scarring for patients."
The MIRA-i CS Retractor offers both titanium internal mammary artery (IMA) blades, which attach to any table-based retractor system providing lift for easy access to this artery, as well as aluminum thoracotomy blades – all of which are radiolucent, making them compatible with diagnostic imaging during hybrid PCI-CABG procedures. The MIRA-i CS Retractor unique pivot mechanism allows the blades to deflect up to 30 degrees, increasing visibility and instrument maneuverability, without the need to increase the incision length. Furthermore, the interchangeable blades attach to retractor arms that are hinged, which minimizes workplace interference and improves the ergonomic experience for the surgeon.
"This product, similar to others in our cardiac surgery portfolio, provides physicians additional options to perform high-quality, minimally invasive procedures on patients," comments Christian Keller, president and CEO, MAQUET Cardiovascular. "Our technical advancements in minimally invasive cardiac surgery continue to offer solutions to physicians that may improve patient recovery and enhance quality of life."