Abstract: A treatment device (12) for supporting a user (10) during a therapeutic treatment includes a device body (216) and an actuator assembly (222). The device body (216) is configured to support the user (10) during the therapeutic treatment. The device body (216) includes a first body section (224) that supports at least a portion of the user (10) during the therapeutic treatment. The first body section (224) has (i) a rigid, section base (228), (ii) a first resilient layer (230A) that is positioned on top of the section base (228), the first resilient layer (230A) including a first support region (224F) and a second support region (224S), and (iii) a section cover (232) that covers the first resilient layer (230A), the section cover (232) being adapted to engage the user (10). The actuator assembly (222) is configured to selectively deform the second support region (224S) relative to the first support region (224F).

Abstract: A treatment device (12) for supporting a user (10) during a therapeutic treatment includes a device body (216) and an actuator assembly (222). The device body (216) is configured to support the user (10) during the therapeutic treatment. The device body (216) includes a first body section (224) that supports at least a portion of the user (10) during the therapeutic treatment. The first body section (224) has (i) a rigid, section base (228), (ii) a first resilient layer (230A) that is positioned on top of the section base (228), the first resilient layer (230A) including a first support region (224F) and a second support region (224S), and (iii) a section cover (232) that covers the first resilient layer (230A), the section cover (232) being adapted to engage the user (10). The actuator assembly (222) is configured to selectively deform the second support region (224S) relative to the first support region (224F).

Abstract: A support device assembly (11) for supporting a user (10) relative to a surface (18) includes a support device (12) and an earthing therapy device (20). The support device (12) supports the user (10) relative to the surface (18). The support device (12) includes a device body (14). The earthing therapy device (20) is configured to provide grounding therapy to the user (10) as the user (10) is positioned on the support device (12). The earthing therapy device (20) is one of (i) incorporated within, and (ii) coupled to the device body (14). The support device (12) can be a treatment device that supports the user (10) relative to the surface (18) as the user (10) is receiving a therapeutic treatment.

Abstract: A treatment device (12) for supporting a user (10) during a therapeutic treatment includes a device body (216) and an actuator assembly (222). The device body (216) is configured to support the user (10) during the therapeutic treatment. The device body (216) includes a first body section (224) that supports at least a portion of the user (10) during the therapeutic treatment. The first body section (224) has (i) a rigid, section base (228). (ii) a first resilient layer (230A) that is positioned on top of the section base (228), the first resilient layer (230A) including a first support region (224F) and a second support region (224S), and (iii) a section cover (232) that covers the first resilient layer (230A), the section cover (232) being adapted to engage the user (10). The actuator assembly (222) is configured to selectively deform the second support region (224S) relative to the first support region (224F).

Abstract: A treatment device (12) for supporting a user (10) during a therapeutic treatment includes a device body (216) and an actuator assembly (222). The device body (216) is configured to support the user (10) during the therapeutic treatment. The device body (216) includes a first body section (224) that supports at least a portion of the user (10) during the therapeutic treatment. The first body section (224) has (i) a rigid, section base (228), (ii) a first resilient layer (230A) that is positioned on top of the section base (228), the first resilient layer (230A) including a first support region (224F) and a second support region (224S), and (iii) a section cover (232) that covers the first resilient layer (230A), the section cover (232) being adapted to engage the user (10). The actuator assembly (222) is configured to selectively deform the second support region (224S) relative to the first support region (224F).

Abstract: A treatment device (12) for supporting a user (10) during a therapeutic treatment includes a device body (216) and an actuator assembly (222). The device body (216) is configured to support the user (10) during the therapeutic treatment. The device body (216) includes a first body section (224) that supports at least a portion of the user (10) during the therapeutic treatment. The first body section (224) has (i) a rigid, section base (228), (ii) a first resilient layer (230A) that is positioned on top of the section base (228), the first resilient layer (230A) including a first support region (224F) and a second support region (224S), and (iii) a section cover (232) that covers the first resilient layer (230A), the section cover (232) being adapted to engage the user (10). The actuator assembly (222) is configured to selectively deform the second support region (224S) relative to the first support region (224F).

Abstract: A gasket for a spa shell includes a body formed of an at least partially translucent material. The gasket includes a top ring configured to abut a top surface of the spa shell and a bottom ring configured to abut a bottom surface of the spa shell. In one embodiment, the gasket includes an indentation configured to receive light from a light source for transmission through the body. The gasket may be formed with an elastomer.