This invention describes a robotic surgical forceps designed for minimally invasive procedures. The core of the device, including its articulated beaks, is uniquely crafted from a single piece of material cut from a tube, forming a hollow channel. An automated mechanism controls the opening and closing of these beaks.
Why it matters: Since 2021, advancements in micro-fabrication and miniaturized robotic control systems have made the creation of complex, single-piece articulated surgical tools more feasible. This could simplify manufacturing and enhance the precision of such devices.
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