DEVICE: Therabody (00840295401874)

An electrically-powered device with a vibrating head, or pads, designed to be held in the hand and drawn across the area of the body/muscles to be treated. The vibrating head, or pads, may optionally be heated, and may be interchangeable with others of different size and shape. It is typically used for respiratory therapy or physiotherapy (e.g., help reduce muscular tension, arthritic pain or joint mobility) in the home and/or healthcare facility.

A non-sterile device intended to be applied with or without pressure to the body surface (i.e., non-invasively) to provide heat and/or cold therapy for the skin and/or underlying tissues in the treatment of musculoskeletal pain and discomfort (e.g., from sports injuries or rheumatism). It consists of a compact envelope filled with a thermally-retentive material (e.g., silicate-based gel) that can be heated and/or cooled. It may be shaped/sized to fit a specific anatomy or include a strap; it is not intended to support the neck. This is a reusable device.

A portable, electrically-powered device designed to emit blue light, red light, and infrared radiation (heating effect) for phototherapy treatment of mild skin disorders (e.g., mild acne), superficial skin wounds, musculoskeletal symptoms (e.g., pain, spasm, stiffness), and/or for cosmetic skin rejuvenation. It may have various designs (e.g., hand-held, book-like, flexible pad for adapting to body areas) and is intended for use in the home or a clinical setting.

An electrically-powered photoelectric device designed for the transcutaneous measurement and display of haemoglobin oxygen saturation (SpO2). The signals are produced by light-emitting diodes (LEDs) and received by a photodetector. The device displays the SpO2 values and may also measure/display pulse rate. It is typically applied to the fingertip or around the wrist, may be single-component (with built-in probe) or multi-component (includes external probe), and may in addition wirelessly transmit measurements to a receiving location (e.g., central station, bedside monitor); it is intended to be operated by laypersons and healthcare providers.