Dual Motors Desk Frame: Excellent load-bearing design

The 120kg load-bearing capacity is one of the most prominent features of the dual-motor desk frame. With the continuous upgrading of office equipment, more and more office workers have begun to use large monitors, desktop computers, printers, scanners and other equipment. The weight of these devices has gradually increased, requiring the desk frame to have sufficient load-bearing capacity to support these heavy equipment. The dual-motor desk frame is precisely aimed at this demand. Through precise design and manufacturing, it ensures that it can withstand loads of up to 120kg and meet the high-intensity use requirements in modern office environments.
With the support of this load-bearing capacity, whether it is a large design workstation that needs to place multiple monitors at the same time, or a technology company that needs to carry heavy computer hardware, the dual-motor desk frame can stably support it, ensuring that the desktop equipment will not be unstable or tilted due to insufficient load-bearing of the desk frame. Such load-bearing capacity makes it particularly suitable for environments with multiple devices, avoiding performance problems that may occur in traditional office desks under high loads, and providing a more durable and safe use experience.

In order to effectively share the weight and ensure smooth lifting and lowering operations, the dual-motor desk frame adopts a dual-motor drive system. Compared with the traditional single-motor lifting table, the dual-motor system can better share the weight of the table frame, especially when the maximum load is 120kg, the cooperation of the dual motors can ensure that the table frame remains stable during the lifting process.
The dual-motor design has two significant advantages: one is that it can provide a smooth lifting experience under higher loads; the other is that when carrying heavy objects, there will be no jamming or poor operation caused by excessive motor burden. The two motors work together to make the various operations of the table frame more accurate and stable during the lifting process. Even if the desktop carries multiple devices, the table frame can still quickly and smoothly complete the height adjustment, ensuring the user's free height adjustment experience when working.
In actual applications, the dual-motor table frame can carry a variety of heavyweight devices, such as large monitors, printers, computer hosts and other office tools. For users who often need to adjust the height of the desktop, the dual-motor drive system can provide smooth lifting and lowering movements, and the table frame can ensure that there will be no unstable performance even under maximum load. Compared with the single-motor system, this dual-motor configuration can more effectively disperse the load and ensure stable performance even under higher loads.

The two-stage table leg design is another highlight of the dual-motor table frame load-bearing design. During the design process, the structure of the table legs is very critical because it is directly related to the stability and load-bearing capacity of the table frame. The two-stage table leg design makes the support of the table frame more solid, which can effectively enhance the stability of the table frame under high load.
Usually, when heavy objects are placed on the desktop, especially under maximum load, the stability of the table frame is easily affected, resulting in shaking or tilting. However, the dual-motor table frame adopts a two-stage design, which increases the load-bearing area of ​​the table legs and improves the compressive resistance of the overall structure. This design effectively distributes the weight evenly to all parts of the table frame, avoids the imbalance of the desktop caused by the unstable center of gravity, and ensures that the table frame can remain stable when carrying a load of 120kg.
In addition, the two-stage table leg design also helps to increase the telescopicity of the table frame, so that it can provide a larger adjustment range while carrying the load. For example, users can adjust the height of the desktop as needed, so as to achieve alternate work between sitting and standing, effectively reducing physical fatigue caused by sitting or standing for a long time. When carrying heavy objects, the two-stage design of the table legs can also ensure that the table frame will not tilt or shake due to weight changes during the lifting process.
Behind the high load-bearing capacity, the dual-motor table frame also pays special attention to safety. When the load exceeds its maximum load-bearing capacity of 120kg, the overload protection system will automatically trigger and stop the motor's lifting operation to avoid damage to the motor or deformation of the table frame due to overload. This intelligent overload protection function not only ensures the safety of the equipment, but also extends the service life of the table frame.