A medical device uses a restriction mechanism to fix dissection direction during urethral implantation.
A surgical tool with pH-sensitive sensors identifies cancerous tissue during operations.
A mini safety scalpel features a retractable blade locked into three positions for secure concealment.
A lancing device drives a lancet tip laterally through a housing aperture to create a slicing action.
An interlocking blade lock arm secures surgical blades to prevent accidental injury during fitting and removal while reducing breakage risks.
A surgical chopper features a needle-head angled at 110 degrees to minimize hand rotation during cataract operations.
An expandable catheter uses radial struts to deploy incising elements that fragment atherosclerotic lesions during angioplasty.
Electromagnetic drivers move a lancet via feedback loops, eliminating mechanical recoil to ensure reliable spontaneous blood sample generation.
A system tracks surgical tool movements via image sensors to control a graphical user interface without physical contact.
Segmenting the incision blade from the cannula allows its width to exceed the tube diameter, reducing insertion resistance while maintaining precise placement.
Dynamic speech delay mechanism adjusts output timing based on participant priority to manage overlapping audio streams.