4-Motor Electric Salon Bed with Dual-Lift System & Motorized Footpart Control

The CH 2013-1 has a product size of 185 × 70 × 60/80 cm — a more compact length compared to other models, making it ideal for smaller treatment spaces. The packing size is 187 × 7 × 62 cm (please note the packing width appears unusually narrow at 7 cm; we recommend confirming this with your supplier). The CBM per unit is 0.8, which is important to factor in when planning shipping and treatment room layout. Weight specifications (net weight and gross weight) are not provided in the current datasheet — please contact your supplier for this information.

The CH 2013-1 supports a maximum lifting capacity of 250 kg. This high weight tolerance makes it suitable for a wide range of clients and treatment applications, ensuring both safety and stability throughout any professional beauty or wellness procedure.

The CH 2013-1 is equipped with 4 independent motors. Each motor controls a distinct adjustment function:

Backrest angle — recline or elevate the upper body to the ideal treatment position

Up and down (2 motors) — dual motors work together to raise or lower the full bed height for ergonomic therapist access and enhanced stability

Footrest angle — reposition the lower body section for client comfort and treatment precision

This four-motor configuration gives practitioners full control over client positioning without manual effort.

The CH 2013-1 is constructed from a combination of PU/PVC leather upholstery, pure sponge padding, and a durable metal frame. This material combination delivers a professional aesthetic, easy-to-clean surfaces, and long-term structural durability. (Please note that unlike some other models, this bed does not include an acrylic base cover.) The bed is available in various colors to complement different clinic or spa interiors — contact your supplier to confirm current color options. It supports a wide voltage range of 110V–220V ± 10%, and the power plug can be customized to suit different countries, making it compatible with international power systems.