A surgical microscope drape features a lens cap with an arc-shaped cross section that pivotably supports a protective lens holder.
Segmented drape with collapsible rim and Velcro attachment reduces deployment time while maintaining sterility on CT imaging system gantries.
An intermediate sterile rotating piece maintains the sterile boundary while transferring rotational motion from a non-sterile driver to surgical instruments.
An adapter stopper prevents driving unit dragging without internal complexity, enabling reliable force transmission.
An integrated nerve block drape merges stimulators with conductive paths to eliminate detached leads and maintain sterile field integrity.
Segmented design and simplified draping maintain sterility while allowing 360-degree instrument rotation.
Flexible sterile drapes with adjustable fasteners wrap around complex medical equipment, maintaining sterility while allowing full range of motion.
A surgical instrument cover merges protection into one textile web, reducing preparation time and material costs.
A conformable tube evacuates surgical smoke without obstructing the surgical site, resolving trade-offs between visibility and contamination control.
A disposable surgical drape encloses medical tubes and cords within a flexible transparent wall to maintain sterility.
Adhesive-anchored elastomeric frame resists deformation while conforming to surgical site geometry, resolving stability versus visualization trade-offs.
An integrated drape merges absorbent layers with a collection reservoir to recover blood, eliminating the need for separate compresses.
Segmentation of the dressing into a retained main body and a removable tear-away portion prevents catheter dislodgment when surgical drapes are removed.
A disposable dual access catheterization sleeve with fenestrations and adhesive secures over a patient's arm to maintain sterile conditions.