Magnetic Dual-Needle Loop for Low-Trauma Thread Mounting

The patent combines two separate needle insertion operations into a single integrated procedure. The first needle and second needle are both inserted simultaneously, and the cutting thread is passed through both needles in one continuous motion, eliminating the need to expose and re-insert the thread multiple times. This merging of operations reduces the number of times the cutting thread penetrates the skin and minimizes repeated trauma to the surrounding soft tissue.

The patent introduces a guide structure or tunnel formed by the first needle that serves as an intermediary pathway. The cutting thread is passed through this pre-formed pathway rather than being repeatedly inserted through the skin surface. The guide structure acts as a mediator that protects the surrounding tissue by providing a defined route for the cutting thread, reducing collateral damage to soft tissues during the mounting process.

The patent merges multiple sequential needle insertion steps into a single coordinated operation. Both the first needle and second needle are inserted simultaneously, and the cutting thread is passed through both in one continuous motion. This combines what would traditionally be separate time-consuming steps into a single efficient procedure, reducing overall procedure time while maintaining the precision of thread positioning through the coordinated geometry of the dual-needle system.

The patent performs preliminary positioning of the first needle to create a guide pathway before passing the cutting thread through. This preliminary action establishes the correct trajectory and positioning, allowing the subsequent thread passage to be completed quickly and accurately without requiring multiple adjustment attempts, thereby reducing overall procedure time while maintaining positioning precision.