A massaging chair assembly includes a pad that is positionable on a seat in a vehicle. A plurality of massage units is each integrated into the pad and each of the massage units abuts the user when the user sits on the pad. Each of the massage units orbits about a central point when the massage units are turned on to massage the user. A heating element is integrated into the pad and the heating element heats the pad to warm the user when the user sits on the pad. A control unit is integrated into the pad and the control unit is in electrical communication with each of the massage units and the heating element. A remote control is provided and the remote control is in wireless communication with the control unit for controlling operational parameters of the massage units and the heating element.

A massaging chair assembly includes a pad that is positionable on a seat in a vehicle. A plurality of massage units is each integrated into the pad and each of the massage units abuts the user when the user sits on the pad. Each of the massage units orbits about a central point when the massage units are turned on to massage the user. A heating element is integrated into the pad and the heating element heats the pad to warm the user when the user sits on the pad. A control unit is integrated into the pad and the control unit is in electrical communication with each of the massage units and the heating element. A remote control is provided and the remote control is in wireless communication with the control unit for controlling operational parameters of the massage units and the heating element.

A massager with heating features includes at least one massage head, one heating lamp, an upper housing, a carriage, a motor, one set of gear assembly, and a lower housing.

A massager with heating features includes at least one massage head, one heating lamp, an upper housing, a carriage, a motor, one set of gear assembly, and a lower housing.

A clogged duct massager includes a handle, a pair of arms each affixed at. a lower end to an upper end of the handle, and a massage roller having opposing sides that rotatably connect to the upper end of each arm, such that the massage roller is freely rotatable between the pair of arms. A power supply disposed within the handle is operably connected to a heating element and a vibration motor disposed within the massage roller. Temperature and vibration controls disposed on the handle allow the user to selectively activate or deactivate the heating element and the vibration motor. The massage roller pressure, heat, and vibration can be applied to any desired area of the skin in order to prevent and alleviate clogging of ducts and pores, thereby helping to prevent mastitis and other negative conditions associated with dogged ducts and pores.

A clogged duct massager includes a handle, a pair of arms each affixed at. a lower end to an upper end of the handle, and a massage roller having opposing sides that rotatably connect to the upper end of each arm, such that the massage roller is freely rotatable between the pair of arms. A power supply disposed within the handle is operably connected to a heating element and a vibration motor disposed within the massage roller. Temperature and vibration controls disposed on the handle allow the user to selectively activate or deactivate the heating element and the vibration motor. The massage roller pressure, heat, and vibration can be applied to any desired area of the skin in order to prevent and alleviate clogging of ducts and pores, thereby helping to prevent mastitis and other negative conditions associated with dogged ducts and pores.

A cordless foam roller applies heat and vibration through a rotary motor to muscles, and operates using an internal rechargeable power source when in use. The cordless foam roller includes an elongated cylindrically-shaped body having a textured exterior surface, and defining an inner cavity for receiving and accommodating an inner console; the inner console defining an inner cavity housing one or more of a circuit board comprising a microcontroller and heat and vibration setting buttons; a battery; and a rotary motor; and having an outer surface supporting one or more heating elements thereon. The foam roller is used for musculoskeletal rehabilitative, therapeutic and stretching programs.

A cordless foam roller applies heat and vibration through a rotary motor to muscles, and operates using an internal rechargeable power source when in use. The cordless foam roller includes an elongated cylindrically-shaped body having a textured exterior surface, and defining an inner cavity for receiving and accommodating an inner console; the inner console defining an inner cavity housing one or more of a circuit board comprising a microcontroller and heat and vibration setting buttons; a battery; and a rotary motor; and having an outer surface supporting one or more heating elements thereon. The foam roller is used for musculoskeletal rehabilitative, therapeutic and stretching programs.

A customizable massage device, including a main body to be disposed on at least a portion of a body of a user, a pressure assembly disposed at a center of the main body to provide pressure to the body of the user in response to a rotation of the pressure assembly, and an adhesive surface circumferentially disposed on a perimeter of a top surface of the main body to connect to the body of the user, such that the adhesive surface prevents the main body falling off the body of the user.

A customizable massage device, including a main body to be disposed on at least a portion of a body of a user, a pressure assembly disposed at a center of the main body to provide pressure to the body of the user in response to a rotation of the pressure assembly, and an adhesive surface circumferentially disposed on a perimeter of a top surface of the main body to connect to the body of the user, such that the adhesive surface prevents the main body falling off the body of the user.