There is provided a health instrument with which, even though a treating person is a treatment subject, the treating person is capable of performing a predetermined treatment, and which efficiently restores a human soft tissue into a normal state by properly coping with a difference in human soft tissue such as a fascia or a muscle, which is induced by a difference in physique, or the like. There is provided a health instrument with a rod shape which has at least one or more grip portions and a treatment portion extending along a length direction, in which the treatment portion has a curved portion in a width direction, and in a cross-sectional shape which is obtained when cutting the treatment portion at a midpoint along the length direction, has four or more protrusions on a periphery of a cross section, and tip portions of the protrusions are curved.

Device and method for relieving muscle tension. The device includes a tip portion with a first three dimensional geometry, an extension portion with a second three dimensional geometry, and a base portion with a third three dimensional geometry. The device is configured such that a user can attain trigger point release on a muscle or muscle group by positioning the device on a fixed surface, positioning the tip portion of the device to be in contact with the muscle or muscle group, and then selectively applying pressure to the muscle or muscle group using the weight of the user and contact forces.

The present invention is a motorized device used to apply pressure on a specific pressure point on a person's hand known to alleviate anxiety, pain, migraines, headaches and toothaches. The pressure point is located between the thumb and index finger in the web of the hand. The device consists of a motor and mechanism attached to two contact ends producing a circular motion while applying pressure to the specified pressure point. The mechanism is enclosed in ergonomic case suitable for use on both the left and right hand. Batteries are the source power.

A scalp massager that simultaneously dispenses fluid is provided. A reservoir of fluid is fluidly coupled to a plurality of dispensing conduits, wherein each dispensing conduit is operatively associated with a resilient leg so that the outlet of the dispensing conduit is adjacent the distal end of the resilient leg. Both the resilient leg and the dispensing conduit each terminate at two adjacent points. The resilient leg may provide a foot that extends the two adjacent points for massaging the scalp.

A bladeless exfoliation head may be for a handheld skincare device. The exfoliation head may include a main body. The main body may support an exfoliation body and an interface for detachably connecting to a handle. The exfoliation body may be less rigid than the main body. The main body may include one or more exfoliation features. The one or more exfoliation features may be disposed on an exfoliation surface of the exfoliation body. The exfoliation surface may be opposite the exfoliation head from the interface. The exfoliation head may be provided in a skincare kit or even a shaving kit.

A massage tool that provides ergonomic support to the user's hands and thumbs is provided. The tool may include a hand grip with a forward extending thumb portion. A series of massage ridges may be positioned beneath the thumb portion such that downward pressure applied to the thumb portion (e.g., by the user's thumb) may be transferred to the ridges to facilitate the massage. Two massage tools may be combined to form a combined massage tool assembly that may be used with two hands.

This massage device is used as a tool to treat face and neck skin and employs scraping massage to improve blood circulation, skin elasticity, as well as to help treat wrinkles and sagging skin and even achieve a facelift effect. The massage device includes of a combination of curved-convex and curved-concave sections in their layout, where a tulip shape is predominant, which allows to access every particular area of the face and neck in a comfortable and thorough manner, which in turn comprises a symmetrical configuration with respect to a central longitudinal axis that divides the body and allows the user to handle the device from different sides, and where a tapered perimeter edge with a blunt finish also allows for a comfortable and adjustable grip on the user's palm.

The present invention discloses a thermal transfer massager and a transfer replacement structure thereof. The massager performs a thermal therapy to tendons and includes a spherical main body which is held by a palm for operation. The heat mass stored in the main body is released directionally, and an opening for the access of thermal transfer substance is blocked effectively by a sealing cap with radial thermal expansion effect. At the orientation in which the main body is used, the main body can be replaced at a three-dimensional angular position. In addition, by the symmetry of an outer curve, a provided heat-resistant sheath unit is replaceably covered on two axial ends of the main body to change the flow of heat balance, thereby achieving a multifunctional massaging effect.

A back massaging assembly includes a frame that tapers to a pair of points on opposite ends of the frame such that the frame has a diamond shape. A plurality of knobs is each disposed on the frame and each of the knobs is strategically positioned on the frame for massaging pre-determined pressure points when the frame is positioned against a user's back. A pair of handles is each coupled to and extends away from the frame and extends over a respective one of the user's shoulders when the frame is positioned against the user's back. Each of the handles has a downward curve integrated therein such that each of the handles extends downwardly along the user's chest when the frame is positioned on the user's back.