Telescoping shafts and articulated arm portions adapt upper leg support to patient size while preserving lumbar flexure and preventing spinal torsion.
A mentum strap holds the chin in an extended lift position to keep the airway open during anesthesia without manual support or intubation.
Programmable bed tilt and dwell positioning help a swallowed capsule camera capture clearer views of the fundus and cardia.
A counterbalanced ear scope stabilizer keeps the center of gravity within the speculum for steadier visualization and two-handed surgery.
A portable tilt table combines traction, leg exercise, and patient positioning with pivoting footrests and load monitoring to reduce injury risk.
Expected-versus-actual control point tracking helps articulated arms compensate for surgical table motion and avoid positioning errors.
A movable leg section and actuator assembly let one support shift patients between supine, lateral, and prone positions for safer surgical access.
A cam-shaped grip locks accessories onto medical table spars from limited access angles, cutting attachment time without blocking spar use.
Pivoting torso-lift and pelvic-tilt supports let one operator reposition patients during spine surgery while improving surgical access.
Independent pelvic and thoracic bolsters rotate and adjust on table rails to support spinal flexion, extension, and secure positioning.
A scrotal support fenestration stabilizes sensitive anatomy for sterile access, better privacy, and improved imaging during procedures.
Pivoting sections and nested hydraulic legs let this adult patient table lift smoothly while collapsing for easier transport and caregiver use.
A dual-drive pivoting patient support enables easier loading, standing or lying imaging, and lower sagging across multiple imaging setups.
A sliding support arm and lockable ball joint let a treatment table headrest support prone and supine positions with dynamic neck movement.
An articulated, sterilizable knee positioner holds a stable 110° UKA angle and supports conversion to full knee replacement without breaking sterility.
Separate head, torso, and leg articulation improves surgical access and precise patient repositioning without relying on a single unified table structure.