A tissue treatment stick is disclosed. In an embodiment, the tissue treatment stick includes a treatment section including a vibration generating device, wherein the vibrating generating device is configured to vibrate the treatment section, and wherein the treatment section has at least one edge, the at least one edge extending parallel to a longitudinal axis of the tissue treatment stick.

A soft tissue mobilization device having a hand-held portion coated with a compressible material to take the strain off the hand of the user when using the device. The hand-held portion is coated with a compressible material to take a strain off the hand of the user, is custom molded to the user's hand, and the compressible material is a compound comprising a mixture of one or more low melting point polymers.

Disclosed are example embodiments of for a torque force training system. The torque force training system including a first weighted end collar, a second weighted end collar, a first massage tool, a second massage tool, and a center connecting core configured to connect the first massage tool and the second massage tool, the first massage tool configured to couple to the first weighted end collar and the second massage tool configured to couple to the second weighted end collar. The center connecting core may be coupled to the first massage tool and the second massage tool, the first massage tool opposite the second massage tool. The first massage tool may be coupled to the first weighted end collar and the second massage tool may be coupled to the second weighted end collar.

A massage comb includes a comb body, a handle, a plurality of teeth, and a rolling bead. The handle is disposed below the comb body and integrated with the comb body, the plurality of teeth are arranged on the comb body at intervals, and the rolling bead is rollably disposed at the end of the handle. Since the massage comb is provided with rolling bead at the end of the handle, before or after combing the hair, the rolling bead can be used to massage the acupuncture points in the head, which facilitates opening the head meridian and enhancing blood circulation in the head. In addition, the rolling bead is arranged at the end of the handle, so that the massage comb of the present invention has a dual-purpose effect.

A skin treatment device includes a roller disposed about a rotational axis, with a plurality of flexible, compressive skin contact elements distributed circumferentially about the roller. Compressive elements include a first longitudinal section coupled to the roller, a second longitudinal section with a radially outer skin contact surface extending opposite the first longitudinal section, and a transverse section with one or more web members connecting the first and second longitudinal sections at an angle. The angles of the web members are adapted to generate lateral displacement of the contact surfaces in response to a compressive load. The lateral displacements of adjacent pairs of contact surfaces are defined in opposite directions, parallel and antiparallel to the rotational axis, in order to provide an elastic stretching treatment to the skin. Electrodes can be disposed adjacent the roller, on the housing or between adjacent contact surfaces, in order to provide a current treatment.

A massage device includes spiked massage balls that rotate independently of each other around a shaft that is supported by a mount. The balls rotate on either side of a central bracket. A longitudinally extending body part is massaged by movement thereof through a valley between the massage balls. This valley is accessible by the longitudinally extending body part over an angle that exceeds 180°.

An adjustably tensioned roller massage system provides a pair of roller massage assemblies in opposed adjustable tensioned or spaced relation to allow engagement of each one of a pair of roller massage assemblies on a corresponding massageable portion of a body.

A derma roller apparatus has a handle, a first outer stabilizer, a second outer stabilizer, and a head connected to the handle via the first outer stabilizer and the second outer stabilizer. The head has an axial member positioned transverse to the handle. Furthermore, the head has a geometrically-shaped member positioned around the axial member in between the first outer stabilizer and the second outer stabilizer. The geometrically-shaped member has a diameter that progressively diminishes from a first end of the geometrically-shaped member to a second end of the geometrically-shaped member. Moreover, the first end of the geometrically-shaped member is proximal to the first outer stabilizer. The second end of the geometrically-shaped member is proximal to the second outer stabilizer. Finally, the derma roller apparatus has a plurality of needles situated around the geometrically-shaped member.

A derma roller apparatus includes a handle, a plurality of inner stabilizers, and a head connected to the handle via the plurality of inner stabilizers. The head includes an axial member positioned transverse to the handle. Furthermore, the head includes a left geometrically-shaped member positioned around the axial member to the left of the plurality of inner stabilizers. Additionally, the head includes a first plurality of needles situated around the left geometrically-shaped member. Moreover, the head includes a right geometrically-shaped member positioned around the axial member to the right of the plurality of inner stabilizers. Also, the head includes a second plurality of needles situated around the right geometrically-shaped member.

In a system for electrical stimulation of nerves of a living being a pulse generator is configured to provide a sequence of electrical and/or vibration pulses to at least one electrode and/or vibration generator that are maintained in close proximity to the nerve of interest with the use of means for securing the electrode to the skin or tissue of the living being.