An offloader system includes a main support. The main support includes a main support body and a main cover. The main support body has a main rounded surface with a first edge. The main cover extends around the main support body. The main cover is formed from a polymeric material. The offloader system also includes an auxiliary support. The auxiliary support includes an auxiliary support body and an auxiliary cover. The auxiliary support body has an auxiliary rounded surface with a second edge. The auxiliary cover extends around the auxiliary support body. The auxiliary cover is formed from a polymeric material. The auxiliary cover is hingedly coupled to the main cover along the first edge and the second edge so that the auxiliary support is rotatable relative to the main support.

A bed (102) with adaptive portion (108) is disclosed. The bed (102) includes a surface grid (106). The surface grid (106) includes at least one adaptive portion (108), at least one actuator (210) coupled to the at least one adaptive portion (108), a controller (608), and a memory (610) communicably coupled to the controller (608). The memory (610) may include a set of instructions which when executed by the controller (608), causes the controller (608) to determine a flawed posture corresponding to a user (902). The controller (608) generates an actuation signal comprising information associated with a corrected posture corresponding to the flawed posture to at least one actuator (210). Further, controller (608) adapts the at least one actuator (210) based on the actuation signal for adapting the at least one adaptive portion (108) in accordance with the corrected posture for correcting the flawed posture of the user (902).