The disposable top pad kit comes in packs of ten to be used in conjunction with the radial runway. The disposable straps allow the wrist to be positioned in multiple neutral or extended angles, optimizing patient comfort and physician preference. The foam pad and straps remain with the patient post-procedure, acting as an immobilizer for the patient’s wrist during recovery.
The disposable top pad kit comes in packs of ten to be used in conjunction with the radial runway. The disposable straps allow the wrist to be positioned in multiple neutral or extended angles, optimizing patient comfort and physician preference. The foam pad and straps remain with the patient post-procedure, acting as an immobilizer for the patient’s wrist during recovery.
The Flat Radial Board is a lightweight carbon fibre board specifically shaped to allow convenient radial access in conjunction with medical imaging and patient comfort. The Flat Radial Board takes radial access to a new level by combining radial access and a landing zone for equipment.
The radial runway provides a radiolucent platform that keeps the patient in a normal anatomical position for ideal radial access. Disposable straps allow the wrist to be positioned in multiple neutral or extended angles, optimizing patient comfort. The foam pad may be removed from the base at the conclusion of the case. The disposable brace can then be attached to the foam pad, supporting the patient’s wrist during recovery.
The Comfort Cradle is a versatile product that aids the patient and the operator during procedures. The cradle’s extended width improves comfort, making long procedures more tolerable for the patient. The dimensions of the cradle support and protect the arm and allow the physician’s hands to be unobstructed during PPM implants, making the patient more accessible.
The Comfort Halo is designed to enhance safety and comfort for patients undergoing conscious sedation. When used in conjunction with a drape, the Comfort Halo also enables physicians to intubate patients while better shielding themselves from any aerosolized particles that could be released from the patient’s airway during intubation.
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