A movable shaft plunger collar creates a cavity passage for sterilization agents.
A modular handle assembly integrates a detachable housing extension to store secondary medical instruments within a compact primary structure.
A fuzzy logic navigation system guides catheters through body lumens using device parameters and anonymized data.
A radially expandable working channel probe accommodates larger tools and tissue samples within the body lumen.
A catheter radial imaging system uses varying light intensity to capture airway wall images without blooming artifacts.
A sinus guide system with a continuous endoscope channel aligns viewing orientation with the axis of movement to navigate anatomical obstructions.
A slotted transparent cannula enables direct endoscope visualization during minimally invasive procedures.
A geo-registration system tracks surgical instruments and tissues using electromagnetic transmitters and receivers.
Structured light scanning in a 3D endoscope generates real-time surgical site models, resolving depth perception limits of monocular devices.
A wireless button system enables remote device control through proximity-based sensor activation.
A calibration system computes in-phase and quadrature components from signal magnitude and phase values to correct electromagnetic navigation data.
Variable slit intervals create distinct bending moments that enable the distal end to curve first for easier navigation into branched bronchi.
A suction-flushing-system discharges a flushing medium jet onto optical surfaces while simultaneously withdrawing liquid components through a dedicated opening.
A portable speculum illuminator integrates a white LED light source and a rechargeable lithium-ion battery directly into the device handle.
A flexible elongate instrument uses distal force sensors to provide real-time operator feedback during minimally invasive procedures.
Near infrared fluorescent polymers penetrate tissue up to 10 millimeters, resolving visualization gaps caused by the lack of haptic feedback in robotic surgery.
Segmented disposable blades and a hinged cover maintain sterility without diverting attention from patient care.
An endoscope head uses a dynamic clamping mechanism to adjust its longitudinal channel width, enabling rapid tube exchange while maintaining gas-tight seals.