Technical specifications of standing desks

The technical specifications of standing desks primarily include tabletop dimensions, height adjustment range, load-bearing capacity, lifting speed, number of motors, and control methods. Tabletop dimensions are generally determined by office space and usage requirements; common specifications include 1200×600mm, 1400×700mm, and 1600×800mm. The height adjustment range is a critical parameter; typically, the minimum height is around 600–750mm, while the maximum height can reach approximately 1200–1300mm, accommodating the needs of users of various heights for both sitting and standing work. Larger tabletops place higher demands on the load-bearing capacity and stability of the desk frame.

Load-bearing capacity depends largely on the structural design of the lifting columns, motors, and desk frame. Standard standing desks typically support loads of 60–100kg, while some dual-motor or reinforced models can exceed 100kg. Since the load includes not only the tabletop itself but also office equipment such as computers, monitors, and printers, it is advisable to maintain a certain margin of load capacity during actual use. Lifting speeds generally range from 20 to 40mm/s; speeds that are too slow can negatively affect the user experience, while excessive speeds necessitate higher standards for frame stability and safety protection.

The drive systems of standing desks typically utilize either a single-motor or dual-motor configuration. Single-motor systems are relatively cost-effective and suitable for general office use. Dual-motor systems employ motors on both sides to drive the lifting columns-synchronized by a controller-offering superior load-bearing capacity and smoother operation. Control systems usually feature adjustment buttons, a display screen, and height memory functions; some models offer multiple memory presets, allowing for quick adjustment to frequently used heights. Additionally, these desks are typically equipped with safety features such as overload protection, overheat protection, anti-collision protection, and upper/lower limit settings to ensure safe operation.